The Angel™ GT Urban is named for the the motorcycle tyre Angel GT as they both call for speed, grip and handling. It is the solution for those looking for performance a dynamic tyre even while riding a citybike. The tyre is made of a HyperBELT carcass with a 5mm puncture resistant layer to meet
the challenging conditions of urban cycling. The special design coupled with the PRO compound Urban make the tyre more reactive and fast.
The Angel™ GT Urban meets the ECE-R75 amd ECE-R88 certification requirements and is both suitable for traditional and electric bicycles.
Tread:
The design of the Angel™ GT Urban takes inspiration from the big brother Angel™ GT, one of the most appreciated motorbike tyres in the Pirelli range. Its sporty soul is engraved in a design that enhances the agile handling that modern city e-bikes require.
Compound:
The PRO Compound Urban is a special silica-based rubber formulation which maximises on grip and mileage, both fundamental features when dealing with urban cycling in every weather condition. The Angel™ Urban range meets the ECE-R75 certification, meaning that the tyres meet the European standards specific to the needs of speed e-bikes that go up to 50km/h (31mph). The reflective stripe meets the approval requirements in the European ECE-R88 regulations that the reflective bands emit a sufficiently visible light even at an unfavourable angle.
Carcass:
The HyperBELT construction is the urban-specific solution that focuses on puncture protection: the 60tpi Nylon carcass protects the tyre against cuts while an added 5mm layer of rubber offers extra protection against external objects such as nails and thorns.
HyperBELT is a resistant and durable construction which handles the common obstacles of urban cycling.
The Angel™ Urban range meets the ECE-R75 certification, meaning that the tyres meet the European standards specific to the needs of speed e-bikes that go up to 50km/h (31mph).
The reflective stripe meets the approval requirements in the European ECE-R88 regulations that the reflective bands emit a sufficiently visible light even at an unfavourable angle.
