As Victoria pushes towards a net-zero emissions future, Melbourne has emerged as a hub for electric mobility. The demand for silent, eco-friendly off-road vehicles is surging in regions like the Dandenong Ranges and Mornington Peninsula. Our TE5 series addresses the unique noise ordinances and environmental protections of these areas, providing a low-impact solution for both recreational parks and private estates.
The global electric powersports market is projected to reach USD 15.6 billion by 2030. Driven by advancements in high-density lithium-ion batteries and Direct Drive motor efficiency, manufacturers are moving away from traditional combustion engines. Shandong Capriole is at the forefront of this shift, integrating AI-managed controllers that optimize torque delivery for varying global terrains, from European trails to Australian outback sands.
The TE5 platform represents a departure from traditional "electric conversions." It is a ground-up design featuring a 1:1 direct drive system. This eliminates the weight and maintenance of a gearbox, making it ideal for the Melbourne rental market where reliability and uptime are the primary metrics for ROI.
Shandong Capriole Sports Equipment Co., Ltd. is a professional manufacturer of Electric Motorcycles, E-Dirt Bikes, and Electric go-karts. TYE is one of our brands, including the TE3 with gear and the direct drive TE5. In addition, our company also launched children's electric dirt bike, electric kart. It is also finely designed for different age groups and use scenarios to meet the diverse needs of family entertainment, youth sports enlightenment and professional racing experience.
Fully consider the user's development path from entry to professional, to provide consumers with seamless product choices, to help users at different stages can find the most suitable for their own sports vehicles.
We have a professional R & D team and advanced test platform, introducing breakthrough technologies such as:
The company not only focuses on the appearance of fashion, but also fully considers ergonomics and user experience, achieving the best balance between performance and comfort.
Our ambition at TYE is to inspire a sustainable lifestyle by offering a game-changing experience. We believe in limiting global warming by reducing CO2 pollution, saving lives by reducing plastic pollution, and being a leader in quality by using sustainable materials. Our work mentality is based on three pillars:
Current integration of high-nickel ternary lithium batteries providing over 100km of trail range for Melbourne adventure riders.
Developing predictive maintenance algorithms through our proprietary APP to alert users of wear and tear before it occurs.
Researching obstacle detection for junior riders to enhance safety in the "Youth Sports Enlightenment" product range.
Ideal for off-road tour operators in regional Victoria. The low maintenance of the direct drive TE5 reduces overhead costs significantly compared to gas fleets.
The silent operation allows Victorian farmers to check livestock without causing distress, a major upgrade from traditional ATVs.
With precise power mapping, our bikes serve as the perfect entry point for the next generation of Melbourne motocross athletes.
Every product we produce passes our strict quality assurance testing. We provide the appropriate parts supply for all our products globally.
Yes, we offer EEC-compliant and ADR-ready configurations specifically for the Australian market. This allows riders to register the vehicle for road use depending on their local licensing (e.g., LAMS in Victoria).
The TE5 is designed for simplicity and torque. Without a gearbox, there is less power loss between the motor and the wheel, and significantly fewer moving parts to maintain—perfect for muddy or sandy Australian conditions.
We provide a complete after-sales system. Parts are stocked and shipped internationally, and our APP allows for remote diagnostics, meaning many controller settings can be optimized via software without a physical workshop visit.
Our BMS (Battery Management System) includes thermal protection sensors that regulate output during high-heat scenarios to ensure the longevity of the lithium cells.
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