These batteries promise to improve the performance of your electric motorcycles, whether you ride a Talaria or a Light Bee. We tested these batteries in the field to provide you with an in-depth analysis of their power, range, and overall performance. In addition, a video will be available soon to give you a complete visual overview of these batteries, with special input from their designer.
Light Bee: 80V 45Ah
The Light Bee we tested is equipped with an 80-volt, 45-amp battery, which gives a total capacity of 3,600 watt-hours. This configuration is designed to provide an optimal combination of power and range. We charged the battery to 98% before starting our test. This bike is equipped with a TC1000 TM25 engine, known for its power and responsiveness.
Talaria: 72V 56Ah
The Talaria, on the other hand, is equipped with a 72-volt, 56-amp battery, offering a slightly higher capacity of 4,032 watt-hours, or about 12% more than the Light Bee. The battery was charged to 90% for this test. The Talaria uses a stock TC500 motor, which, while less powerful on paper than the TC1000, is renowned for its reliability and consistent torque.
Performance on the Field
Real-world Comparison
During our ride, we observed marked differences between the two configurations. The Light Bee, equipped with a 54-tooth crown, proved to be particularly responsive, offering lightning-fast acceleration. In contrast, the Talaria offered a smoother and more stable driving experience, which was particularly appreciable on technical terrain. This difference in behavior is largely due to the specificities of the engines and the configuration of the transmission.
Driving Experience and Sensations
The Light Bee showed a tendency to be overly responsive at times, especially in maximum power mode. This can be an advantage on open, less technical terrain, but can be difficult to manage on rougher trails. The Talaria, with its less responsive engine, offered a more controllable ride, which is ideal for demanding rides where precision and stability are crucial.
Technical Challenges and Necessary Adaptations
Adaptations of the Light Bee:
We encountered some technical challenges, particularly with the Light Bee’s fork, which proved less capable on certain terrains. Additionally, the adapter used to mount Light Bee wheels to the Talaria was not compatible, requiring adjustments. Despite these challenges, the Light Bee demonstrated remarkable potential, simply requiring a few improvements to maximize its performance.
Talaria Optimizations:
The Talaria, despite its lower power, has shown impressive reliability. However, to further improve its performance, some adjustments may be needed, particularly to the suspension and transmission. These optimizations would make it possible to take full advantage of its higher battery capacity and reliable engine.
Analysis of Autonomy and Power
Autonomy
In terms of autonomy, both batteries delivered remarkable performances. The Talaria, with its slightly higher capacity, lasted a little longer in the field, which can be a decisive advantage for extended outings. However, the 12% difference is not drastic, and the Light Bee also provided more than sufficient autonomy for intensive use.
Power and Responsiveness
The Light Bee’s power and responsiveness were impressive, with quick acceleration and great response from the TC1000 TM25 engine. The Talaria, while less explosive, delivered consistent and predictable power, ideal for technical rides where precise power management is essential.
Conclusion
In conclusion, this comparison between the Talaria and Light Bee batteries allowed us to see the strengths and weaknesses of each configuration. The Talaria, with its stability and slightly greater autonomy, is ideal for technical and demanding journeys. The Light Bee, although more nervous, offers impressive power but requires some adjustments to maximize its potential. Both configurations have their merits and can meet different needs depending on the rider's preferences and riding conditions.
Acknowledgments and Next Steps
We would like to thank our special guest, the battery designer, for his valuable contributions and technical explanations. We invite you to follow our upcoming videos for more technical details and tips on choosing the right battery for your needs. In the meantime, enjoy your rides safely and continue to explore new adventures with your electric motorcycles. Stay tuned for more updates and analysis on our upcoming products and innovations.