The Talaria Sting BMS TL3000 and TL4000 2025 are advanced battery management systems designed to optimize the power, efficiency, and safety of Talaria Sting electric motorcycles 2025. The TL3000 powers the standard Sting model, while the TL4000 is engineered for the Sting R, the high-performance variant with enhanced features and capabilities. Both systems feature removable lithium-ion battery packs constructed from automotive-grade LG 21700 cells, known for their reliability and energy density.
The TL3000 comes with a 60V, 38Ah battery that supports smooth power delivery with a nominal motor power around 3.7kW and peak outputs of up to 8kW in some versions. This system balances power and efficiency, providing riders with reliable torque and a solid range suitable for general off-road and urban use. Its programmable BMS protects against overcharge, deep discharge, and thermal issues to extend battery life and maintain consistent performance under varying load conditions.
The TL4000 upgrade features an 18% increase in battery capacity, moving from 38Ah to 45Ah, delivering longer ride times and faster acceleration. Its motor output rises to a nominal 4kW with peaks at 8kW, producing top speeds up to 90 km/h and offering a torque peak of 45 Nm. This powerful setup is complemented by a reduced charging time of approximately 3 hours, thanks to improved charging technology. The TL4000 is especially well-suited for riders who demand greater endurance and higher performance in more aggressive off-road riding scenarios.
Both models utilize a lightweight frame made from 6061 aluminum alloy, forged under 6000 tons of pressure for exceptional strength and durability. This construction ensures safety and agility across rigorous terrains, making the Talaria Sting series versatile for adventure seekers and daily riders alike. Additionally, sophisticated controllers with FOC technology and multiple transmission modes provide smooth acceleration and responsive handling.
Talaria Sting BMS TL3000 and TL4000 offer tailored battery management solutions to meet differing rider needs—balancing power, range, and durability for high-quality riding experiences on electric motorcycles. Whether for casual trail riding or competitive off-road endurance, these systems deliver efficient, safe, and high-performance energy management for modern e-moto enthusiasts
