This analysis is based on rigorous tests and objective observations to demonstrate the advantages of GreenForce HYBRID gloves compared to traditional heated gloves. Here are the detailed results:

Complete and Optimal Heating
Full finger coverage:
GreenForce HYBRID gloves provide uniform and complete heating, including the thumb and fingertips. Unlike some competing gloves where areas such as the thumb or finger tips remain cold, our technology guarantees full protection against frostbite even in extreme temperatures.

Heating element length:
Each glove incorporates nearly 2 metres of heating wire covering the entire hand. This unique design allows an even distribution of heat, with no cold spots, thereby optimising thermal comfort during long rides.

Autonomy: An inexhaustible energy system
Observation: Heated gloves powered by external batteries have an average autonomy of 1h30 at full power, with a progressive decrease in thermal efficiency towards the end of the cycle.
HYBRID solution: Thanks to an induction heating system combined with DUAL heated grips, HYBRID gloves offer theoretically unlimited autonomy. This setup guarantees a constant temperature without interruption, regardless of usage time or weather conditions.

Total weight: Significant weight reduction
Measurements: The built-in batteries of traditional gloves add approximately 150 grams per glove. This extra weight directly impacts comfort and handling.
HYBRID performance: HYBRID gloves do not include any batteries, reducing their total weight to that of a non-heated glove. This weight saving significantly improves ergonomics and reduces muscle fatigue during prolonged use.

Reliability and lifespan
Identified issues:

• Failure of connectors and cables after multiple use cycles.


• Irreversible loss of battery capacity due to deep discharges after prolonged inactivity.


• Risk of additional costs related to replacing degraded batteries.
  HYBRID advantage: The absence of batteries eliminates these potential failure points. Tests have shown superior durability of the structure and heating components even after intensive use.

Biomechanical safety in case of impact
Observed risks: The built-in batteries of traditional gloves increase local rigidity and may cause additional injuries in case of impact.
HYBRID design: By removing these rigid modules, HYBRID gloves significantly reduce the risk of compression or injuries related to the equipment. This aspect is especially crucial for users in high-risk environments.

Ecology: Reduced carbon footprint
Environmental data: Manufacturing and disposal of lithium-ion batteries remain energy-intensive and unsustainable processes. A pair of traditional gloves generates the equivalent of two packs of non-recyclable batteries.
HYBRID impact: The absence of batteries in HYBRID gloves directly contributes to reducing electronic waste. This advantage positions the product as an alternative aligned with sustainability goals.

Scientific conclusion
The collected data clearly demonstrate that GreenForce HYBRID gloves outperform traditional heated gloves in every criterion: autonomy, ergonomics, durability, safety, and environmental impact. These results are based on quantitative and qualitative analyses validated in laboratory conditions.

For any questions or additional information, our experts are available to discuss the results in more detail.

GreenForce: fact-based solutions serving your comfort and safety.