top of page

Stroom Long-John

At a glance

The Stroom Long-John is designed to carve a high-speed path through traffic. Our Inline-Kiddie seat configuration carries two children in line with the chassis, dramatically improving balance and weight distribution, making for easy, precise handling, while the Cargo Cage provides extra safety to little passengers. Cargo configurations include an aluminum cargo cage with a bamboo floor and a cargo plate with cargo strips from Alupanel.​ (See below)

​

Specifications

​

  1. Battery Type and Capacity: 36v, Lithium-Ion 500/750/1000watt/hour

  2. Motor Wattage: 250w nominal

  3. Motor Type: Front hub motor

  4. Maximum Speed: 25km/h

  5. Recharge Time: 5 hours

  6. Distance per Charge: 60km (750watt/hour)

  7. Brake System: Mechanical disc brake 180/F & 160/R with electrical motor cut-off function when pulled

  8. Frame Material: Aluminium

  9. Cargo Cage: Aluminium

  10. Cargo Plate: Bamboo board or Alupanel

  11. Weight of basic configuration e-cargo bike: 32kg

  12. Wheel Size: 20” front and 26” rear. Tires - Schwalbe Pick-up 2.35”. Tubes – Schwalbe

  13. Safety Features: Front and rear lights. Cut-off brakes

  14. Suspension Type: no-suspension

  15. Load capacity rider: 120kg

  16. Load capacity cargo: 75kg

Cargo Plate

This is the most basic and versatile configuration of the Long-John. It allows all kinds of cargo to be strapped down onto a cargo plate made from Alupanel, a lightweight aluminum and composite sandwich. 

Case Study
Screenshot 2023-06-21 at 16.01.18.png
Screenshot 2023-06-21 at 16.07.58.png

Cargo Box

This configuration is typically used for couriers and  who need a lockable box. The sliding lid provides a useful extra surface for sorting content and doing documentation for deliveries. The box is made from lightweight Alupanel. 

Case Study

School Runner

We are particularly proud of our Inline Kiddie Configuration, which aligns the weight of children with the chassis while keeping it low to the ground, protected by our Safety Cage. 

Case Study
DSCF9312.jpg
plate.jpg
cover2.jpg
DSCF9312.jpg
bottom of page