Gibraltar fears no-deal with Spain despite Brexit agreement

Clock is still ticking for Gibraltar as it was not included in the UK’s trade deal with the EU

A person crosses the Spanish border from Gibraltar side in front of the Rock of the British overseas territory of Gibraltar, historically claimed by Spain, after Britain and the European Union agreed terms of a trade deal on Brexit on Thursday, in La Linea de la Concepcion, southern Spain, December 24, 2020. REUTERS/Jon Nazca

One British outpost has been left in limbo by the Brexit deal which ushers in a new European landscape on January 1.

Gibraltar, a British overseas territory in the Mediterranean that shares a border with Spain, was excluded from the Brexit deal but will also lose EU rights alongside the UK.

"This deal does not cover Gibraltar. For us, and for the people of the Campo de Gibraltar around us, the clock is still ticking," said Gibraltar's Chief Minister Fabian Picardo.

Spanish Foreign Minister Arancha Gonzalez Laya said that if an agreement is not reached, she fears that the long lines of stranded lorry drivers seen recently at the English Channel crossing could be repeated.

"We do not have much time, and the scenes of chaos from the UK must remind us that we need to keep working to reach a deal on Gibraltar," Ms Gonzalez Laya told Spanish state broadcaster RTVE.

“Spaniards want one, the people of Gibraltar want one, now the UK needs to desire one as well. Political will is needed.”

The deadline for Gibraltar remains just days away on January 1, when the transitionary period regulating the short frontier between Gibraltar and Spain expires.

If no deal is reached, there are serious concerns that a hard border would cause disruption for the workers, tourists and major business connections across the two sides.

Spain succeeded in convincing the EU to separate the issue of Gibraltar from the wider Brexit negotiations, meaning that Madrid is handling all talks directly with its counterparts in Gibraltar and London.

Throughout the Brexit talks, Spain has insisted it wants a say on the future of Gibraltar.

The Rock was ceded to Britain in 1713 but Spain has never dropped its claim to sovereignty over it. For three centuries, the strategic outcrop of high terrain has given British navies command of the narrow seaway from the Mediterranean Sea to the Atlantic Ocean.

"Neither side is going to renounce its pretensions of sovereignty, but we must set that aside to reach a deal that makes lives easier for those living on both sides of the border," said Ms Gonzalez Laya.

More than 15,000 people live in Spain and work in Gibraltar, making up about half of Gibraltar’s labour force.

Gibraltar's population of about 34,000 voted overwhelmingly against Britain leaving the EU in the 2016 referendum.

The post-Brexit trade deal "is a huge relief, given the potential difficulties that a no-deal Brexit might have created for the UK and the European Union", Mr Picardo said.

However, he said that his territory is still at risk.

“We continue to work, hand in glove with the UK, to finalise negotiation with Spain of agreement for a proposed treaty between the EU and the UK in relation to Gibraltar,” he said.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

What is blockchain?

Blockchain is a form of distributed ledger technology, a digital system in which data is recorded across multiple places at the same time. Unlike traditional databases, DLTs have no central administrator or centralised data storage. They are transparent because the data is visible and, because they are automatically replicated and impossible to be tampered with, they are secure.

The main difference between blockchain and other forms of DLT is the way data is stored as ‘blocks’ – new transactions are added to the existing ‘chain’ of past transactions, hence the name ‘blockchain’. It is impossible to delete or modify information on the chain due to the replication of blocks across various locations.

Blockchain is mostly associated with cryptocurrency Bitcoin. Due to the inability to tamper with transactions, advocates say this makes the currency more secure and safer than traditional systems. It is maintained by a network of people referred to as ‘miners’, who receive rewards for solving complex mathematical equations that enable transactions to go through.

However, one of the major problems that has come to light has been the presence of illicit material buried in the Bitcoin blockchain, linking it to the dark web.

Other blockchain platforms can offer things like smart contracts, which are automatically implemented when specific conditions from all interested parties are reached, cutting the time involved and the risk of mistakes. Another use could be storing medical records, as patients can be confident their information cannot be changed. The technology can also be used in supply chains, voting and has the potential to used for storing property records.

UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
UAE currency: the story behind the money in your pockets
The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The five pillars of Islam

1. Fasting

2. Prayer

3. Hajj

4. Shahada

5. Zakat 

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

The specs: 2018 Nissan 370Z Nismo

The specs: 2018 Nissan 370Z Nismo
Price, base / as tested: Dh182,178
Engine: 3.7-litre V6
Power: 350hp @ 7,400rpm
Torque: 374Nm @ 5,200rpm
Transmission: Seven-speed automatic
​​​​​​​Fuel consumption, combined: 10.5L / 100km

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

Profile of Whizkey

Date founded: 04 November 2017

Founders: Abdulaziz AlBlooshi and Harsh Hirani

Based: Dubai, UAE

Number of employees: 10+

Sector: AI, software

Cashflow: Dh2.5 Million+ 

Funding stage: Series A

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

SERIE A FIXTURES

Saturday (All UAE kick-off times)

Lecce v SPAL (6pm)

Bologna v Genoa (9pm)

Atlanta v Roma (11.45pm)

Sunday

Udinese v Hellas Verona (3.30pm)

Juventus v Brescia (6pm)

Sampdoria v Fiorentina (6pm)

Sassuolo v Parma (6pm)

Cagliari v Napoli (9pm)

Lazio v Inter Milan (11.45pm)

Monday

AC Milan v Torino (11.45pm)

 

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