BPG DTV Shredder Trail - Specifications & Review

DTV Shredder Trail

Article Complete Info

Articleid559508
CategoryPrototype-concept model
MakeBPG
ModelDTV Shredder Trail
Year2017

Chassis, Suspension, Brakes & Wheels

FrametypeAluminum and Tubular Steel. Cast aluminum swing-arms.
FrontbrakesExpanding brake (drum brake). Hydraulic
Frontsuspension6-point, independently articulating suspension system
RearbrakesExpanding brake (drum brake). Http://bpgwerks.com/products/
Rearsuspension6-point, independently articulating suspension system
SeatNo seat
WheelsBelts, no wheels

Engine & Transmission

ClutchCVT
CoolingsystemAir
Displacement196.00 ccm (11.96 cubic inches)
EnginedetailsSingle cylinder, four-stroke
FuelsystemCarburettor
GearboxAutomatic
Power14.00 HP (10.2 kW)) @ 4500 RPM
Topspeed40.0 km/h (24.9 mph)
Torque20.34 Nm (2.1 kgf-m or 15.0 ft.lbs)
TransmissiontypefinaldriveBelt

Other Specifications

ColoroptionsCamo
CommentsAll-terrain capability. Pivoting deck steering mechanism (skateboard style). Foldable.
FactorywarrantyOne year
StarterElectric

Physical Measures & Capacities

Dryweight127.0 kg (280.0 pounds)
Overallheight1,270 mm (50.0 inches)
Overalllength1,194 mm (47.0 inches)
Overallwidth686 mm (27.0 inches)
Powerweightratio0.1102 HP/kg
Weightincloilgasetc145.0 kg (319.7 pounds)

About BPG

Country of Origin: Canada
Founder: Ben Gulak
Best Known For: UNO transforming self-balancing concept; early personal-mobility experiments

Company History

BPG (most publicly associated with inventor Ben Gulak) occupied a fascinating niche in the late-2000s/early-2010s push to rethink personal mobility. The company’s best-known project, the UNO, explored a transformer-like vehicle that operated as a self-balancing two-wheeler at low speeds and reconfigured into a conventional wheelbase for higher-speed stability. The aim was to fuse the approachability of a Segway-style device with the practicality of a small scooter, all wrapped in a futuristic design that captured imaginations beyond motorcycling’s usual audience. From an engineering perspective, BPG wrestled with sensor fusion, control algorithms, and packaging challenges inherent in placing batteries, motors, and folding wheel assemblies into a compact, road-worthy object. Prototypes generated enormous media interest and prompted questions about regulation: Which category would such a vehicle fall into? What licenses and safety standards would apply? While BPG’s products remained limited and the company eventually pivoted, the work seeded ideas that later surfaced in other micromobility efforts—modular drivetrains, dynamic geometry, and the importance of user trust in balance-assist systems. Historically, BPG is less a manufacturer in the traditional sense and more a “what-if” laboratory that helped broaden the conversation about urban transport. It showed that curiosity and showmanship can rally attention around engineering, and that the boundary between motorcycle, scooter, and device is porous. For students and tinkerers who followed the UNO’s evolution, BPG served as an on-ramp to robotics, EV systems, and the entrepreneurial grit needed to move a vehicle from sketch to street.

Other Years

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