Trek Charter+ Lowstep 800Wh

• Frame

  Premium Alpha Platinum Aluminum frame with Removable Integrated Battery (RIB)
• Fork

  SR Suntour SF25-NVX32
• Wheels

  Bontrager Kovee
• Tyres

  Bontrager E6 Hard-Case Lite
• Shifters

  Shimano U4000
• Cassette

  Shimano LINKGLIDE LG300, 11-46, 9 speed
• Brake set

  Shimano MT200 Disc
• Saddle

  Bontrager Boulevard
• Battery

  Bosch PowerTube 800 Wh – long-range capacity for all-day rides. Removable Integrated Battery (RIB)
• Controller

  Bosch Kiox (included in rental)
• Motor

  Bosch Performance Line, 250 W, 75 Nm torque – smooth, reliable assistance.

The Trek Charter+ Lowstep is a versatile electric bike designed for relaxed riding, longer excursions, and everyday use around the Tramuntana region. Its low-step frame makes getting on and off effortless. The Bosch Performance Line motor with 250 W peak output and smooth pedal assist delivers reliable support up to 25 km/h (European standard), helping you cruise hills with ease.

With a Bosch PowerTube 800 Wh battery, this e-bike offers excellent range for longer rides and multi-day adventures without frequent charges, perfect for exploring the coastline, scenic valleys, and inland roads. The upright riding position, stable handling, and quality components make it a great choice for both first-time e-bike riders and seasoned cyclists wanting comfort and confidence on every trip.

Approximate range: between 60 and 120 km of assisted riding based on terrain and assist level.

Battery range depends on several factors, including your fitness level, the assistance mode you choose, how hard you pedal, the amount of climbing on the route, and your overall riding style. Relying heavily on higher-assist modes or tackling long, sustained climbs will drain the battery more quickly, while using lower assistance levels, pedalling efficiently, and riding on flatter terrain or descents will help extend its range. Less fit riders typically depend more on higher power modes, which also reduces range, whereas stronger riders can conserve more battery by contributing more of the effort themselves.