
The SFR1+ is powered by a 40Ah hot-swappable battery built with premium Samsung cells, delivering extended range and effortless power on every ride.
Four-piston DOT brakes at both ends deliver confident, controlled stopping power on the SFR1+, paired with adjustable levers and oversized 220mm front and 203mm rear rotors for precision and performance.
The SFR1+ embodies our vision of a chassis-first freeride machine—engineered for exceptional handling, unwavering grip across any terrain, and a super-light 68 kg build that delivers the pure, agile feel of a true lightweight motorbike.
The SFR1+ runs a 19/18” wheel setup, enabling a wider rear tyre for enhanced traction, with both wheels wrapped in high-grip CST rubber for confident control on every surface.









Large CNC-machined footpegs with removable pins keep you firmly planted and connected to every movement of the bike, no matter the conditions.
Compression and rebound adjustable FAST ACE forks let you fine-tune the SFR1+ to your exact riding style, delivering uncompromised performance and control.
The PMSM hairpin motor forms the heart of the SFR1+ powertrain, producing 17kW of peak power and 500Nm of torque for strong, consistent performance.
At the rear the SFR1+’s linkage design coupled with the fully adjustable FAST ACE shock with a will soak up the small bumps like nothing as well as absorb those big impacts
The primary focus of the SFR1 and SFR1+ is the chassis. Both bikes are super lightweight and handle off-road like ultra-lightweight motocross bikes. Chassis stiffness and suspension tuning were paramount — especially the rear linkage. We worked tirelessly with Fastace to deliver a chassis that outclasses the competition.







The SFR1+ has a completely redesigned seat and plastics design giving you a larger seat area and the ability to position yourselfto really attack corners.
The SFR1+ cockpit mirrors the sleek, purpose-driven design of the SFR1, centred around a super-bright 2” TFT display that delivers all the essential ride data at a glance.
Stomp has worked hard to find a partner who shares our core values and rider-designed philosophy. This search led to a manufacturing partnership with Rerode. We wanted freeride bikes focused on chassis performance as much as raw electric power — something we feel other manufacturers overlook, with products that tend to be straight-line machines.
Since the dawn of the electric dirt bike era, Stomp has worked hard to find a partner who shares our core values and rider-designed philosophy. This search led to a manufacturing partnership with Rerode. We wanted freeride bikes focused on chassis performance as much as raw electric power — something we feel other manufacturers overlook, with products that tend to be straight-line machines.
With over 20 years of off-road experience, Stomp is owned by engineers, most of whom ride dirt bikes and MTB/jump bikes. Rerode shares a similar setup — founded by a world-class trials rider, with senior staff who ride electric dirt bikes as a hobby. Together, we aim to supply the best lightweight freeride bikes money can buy, starting with the SFR1 and SFR1+.
The primary focus of the SFR1 and SFR1+ is the chassis. Both bikes are super lightweight (59 kg and 65 kg) yet handle off-road like ultra-lightweight motocross bikes. Chassis stiffness and suspension tuning were paramount — especially the rear linkage. We worked tirelessly with Fastace to deliver a chassis that outclasses the competition. No other bike in this class comes close. Steering geometry and how it responds under load was another key focus — a detail neglected by manufacturers who lack the engineering to develop a true off-road chassis.
Both bikes feature powerful hairpin motors, with the SFR1+ producing 550 Nm of rear-wheel torque, powered by a 40 Ah Samsung battery. A larger battery could be used, but it would compromise weight balance and off-road performance. The SFR1+ also features an 18” rear wheel for great tyre choice.
Rider position got close attention. Peg height and placement are often neglected — resulting in bikes that feel unbalanced and awkward. A flat seat design, free of battery bulges, lets the rider move forward for tight turns and railing berms.