Our Electric Mountain Bike Collection

Our Electric Mountain Bike Collection

Conquer any trail or road with our powerful and responsive E-mountain and Hybrid electric bikes.

MARULA + E-Mountain Bike

MARULA +

A stylish full-suspension electric mountain bike with a weld-free frame design, proudly built in Cape Town.

R67,999 from R1818,42 PM*
SPRINGBOK + E-Mountain Bike

SPRINGBOK +

A 29er full-suspension, weld-free frame e-bike powered by a powerful mid-drive motor with dual torque sensors.

R53,999 from R1444,57 PM*
BAOBAB E-Mountain Bike

BAOBAB

Inspired by the strength of the Baobab tree, this 29er hardtail e-bike is built to endure any trail.

R51,999 from R1391,12 PM*
WILDCAT E-Mountain Bike

WILDCAT

A full-suspension, step-through hybrid e-bike designed for comfort and versatility on any terrain.

R53,999 from R1444,57 PM*
UPTOWN E-Bike

UPTOWN

A versatile step-thru e-bike that's perfect for on-road or off-road adventures, keeping you in a comfortable upright position.

R45,999 from R1230,94 PM*
AVALANCHE MTE E-Bike

AVALANCHE MTE

The ultimate Hybrid e-bike able to tackle light trails and on road with confidence and ease.

R27,499 from R739,89 PM*

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Chilled Squirrel E-Bike Comparison

Which E-Bike is Right for You?

Compare our electric mountain bikes at a glance.

Feature
Marula + Baobab Springbok + Wildcat Uptown
Marula + E-Bike Baobab E-Bike Springbok + E-Bike Wildcat E-Bike Uptown E-Bike
E-Bike Type
Full Sus eMTB Hardtail eMTB Step-Thru Instep eMTB Step-Thru Full Sus eMTB Step-Thru Hardtail eMTB
Motor Type
Mid Drive * Mid Drive * Mid Drive * Mid Drive * Mid Drive *
Motor Specs
1000W / 48V / 160Nm 500W / 48V / 100Nm 500W-1000W / 48V / 100-160Nm 250W / 48V / 80Nm 250W / 80Nm
Battery
Samsung 35E / 840Wh Samsung 35E / 840Wh Samsung 35E / 840Wh Samsung 35E / 720Wh Samsung 35E / 672Wh
Range
Average 130km Average 130km Average 130km Average 120km Average 110km
Terrain
All Trails / Heavy Off-road All Trails / Heavy Off-road All Trails / On-road Light Trails / On-road Light Trails / On-road
** Torque Assist **
Pedal Assist
*** Throttle ***

* Mid drive motors:

  • Integrated into the center of the frame ensuing equal weight distribution.
  • Offer higher torque than hub motors especially helpful on steep hills.
  • Better Energy savings than hub motors which means longer range for the same amps.
  • If you live by the coast or intend riding on or near beaches then mid drive motors are far better equipped in terms of durability against salt air damages.

** Dual Torque Sensors: The Key to a More Intuitive E-Bike Experience.

E-bikes equipped with dual torque sensors offer a significantly more natural and responsive riding feel by providing the motor with a more accurate and complete picture of the rider's effort. This translates to smoother power delivery, enhanced control, and a more intuitive connection between the cyclist and the electric assistance.

The core benefit of a dual-sensor system lies in its ability to measure the power output from both legs independently.

*** Advantages of a Throttle ***

1. Effortless Starts and Quick Acceleration

This is perhaps the most appreciated benefit. When starting from a standstill, especially at a busy intersection or on an incline, a throttle allows for immediate acceleration without the need to awkwardly pedal the bike up to speed.

  • At Traffic Lights: You can quickly and safely get ahead of traffic without fumbling with your pedals.
  • Hill Starts: Starting on a steep hill is effortless with a throttle, preventing that momentary rollback or struggle to get the cranks turning.

2. Enhanced Safety and Maneuverability

In dynamic riding situations, the ability to instantly access full power can be a crucial safety feature.

  • Avoiding Hazards: A quick burst of speed from the throttle can help you maneuver out of a dangerous situation, such as moving out of a car's blind spot or avoiding an obstacle.
  • Merging with Traffic: When you need to merge with faster-moving vehicles, the throttle allows you to quickly get up to the prevailing speed for a smoother, safer transition.

3. A "Limp-Home" or "No-Pedal" Mode

A throttle provides a fallback for situations where pedaling isn't possible or desired.

  • Rider Fatigue: If you're at the end of a long ride and your legs are exhausted, you can use the throttle to get home without pedaling.
  • Mechanical Issues: In the event of a broken chain or a problem with the drivetrain, the throttle ensures you're not left stranded.

4. Navigating Technical Terrain and Low-Speed Situations

When riding on trails or in congested areas, there are times when pedaling can be impractical or disrupt your balance.

  • Technical Off-Road Sections: On a tricky section of a trail, you can use the throttle to maintain momentum and balance without having to time a pedal stroke that could strike an obstacle.
  • Crowded Pedestrian Areas: At very low speeds, a gentle push of the throttle can be smoother and more controlled than trying to manage a half-pedal stroke with an active assist system.

5. Overcoming Assist System Lag

While modern torque sensors are incredibly responsive, there can still be a fractional delay between when you start pedaling and when the motor engages. A throttle bypasses this completely, offering instantaneous power the moment you press it.

In essence, while pedal assist and torque assist are designed to enhance your pedaling efforts for a natural, bicycle-like experience, a throttle provides power on its own terms. The ability to override the assist systems means you have a powerful tool at your fingertips for those moments when you need an immediate and direct application of motor power, giving you a greater degree of control and confidence on your ride.