Segway launches Xyber Air e-bike with 93 km range and 45 km/h top speed
By Eve
Segway has unveiled the Xyber Air, a lighter version of its Xyber electric bicycle, featuring a 750 W nominal motor, 717 Wh battery capacity, and a range of up to 93 kilometres on a single charge. The 38 kilogram e-bike reaches speeds of up to 45 km/h and includes traction control, hill start assist, GPS tracking, and Apple Find My support. The model features 20 x 4 inch fat tyres, 180 mm disc brakes front and rear, and an 80 mm travel front suspension, with a maximum load capacity of 150 kilograms.
Why it matters
This product announcement falls outside EVNews's editorial scope, which covers electric vehicle charging infrastructure procurement, deployment and operations rather than personal mobility devices. The story contains no relevance to CPO business models, site development or charging network strategy.
Source
- Original title
- “Kalın tekerlekli e-bisiklet Segway Xyber Air tanıtıldı: 93 km menzil ve 45 km/s hız”
- Published
- 14 October 2026
In this story
- Tag
- Segway
Related news
Segway launches Xyber Air e-bike at $1,999 with street-legal Class 1 to 3 operation
Segway has introduced the Xyber Air, a street-legal e-bike priced at $1,999, featuring a 750W nominal rear hub motor with 1,600W peak output and 80 Nm of torque. The model offers Class 1, Class 2, and Class 3 operation with speeds up to 20 mph in Classes 1 and 2, or 28 mph in Class 3, and includes a Hybrid Mode combining throttle and pedal assist. The launch follows the original Xyber model released last year, with the Air version designed for wider market appeal while retaining the futuristic moped-style design.
Why it matters
While not directly EV charging infrastructure, the growth of high-performance e-bikes like the Xyber Air signals expanding micromobility demand that may influence charging point operators to consider lighter vehicle charging solutions. The $1,999 price point and street-legal classification could drive adoption volumes relevant to urban charging network planning.