Replacement Battery Housing Shell for Matrice 4T Upper Bottom Case
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€ 12.29 |
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€ 12.29 |
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Description
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Cost Effective Repair: Designed for 99Wh flying device power units, this housing precisely accommodates original 6741mAh cells, allowing shell replacement instead of complete battery renewal when damaged Correct Dimensions: Manufactured to meet exact model specifications with proper size alignment for accurate setup, ensuring uninterrupted execution comparable to new manufacturer batteries Full Functionality Maintained: Preserves all original power unit features including power monitor, heat security, and charging safeguards while working with standard chargers and maintaining typical 3.2 Hour external power supply Sturdy hazard: Constructed with flame resistant ABS polymer providing strength and V0 class flame resistance, shielding power components from particles,, and regular handling during operations Original Manufacturer: Engineered for Matrice 4T connection with designated models, featuring correct openings and ideal positioning that surpasses alternative preferences for stable power management in flying devices
Cost Effective Repair: Designed for 99Wh flying device power units, this housing precisely accommodates original 6741mAh cells, allowing shell replacement instead of complete battery renewal when damaged Correct Dimensions: Manufactured to meet exact model specifications with proper size alignment for accurate setup, ensuring uninterrupted execution comparable to new manufacturer batteries Full Functionality Maintained: Preserves all original power unit features including power monitor, heat security, and charging safeguards while working with standard chargers and maintaining typical 3.2 Hour external power supply Sturdy hazard: Constructed with flame resistant ABS polymer providing strength and V0 class flame resistance, shielding power components from particles,, and regular handling during operations Original Manufacturer: Engineered for Matrice 4T connection with designated models, featuring correct openings and ideal positioning that surpasses alternative preferences for stable power management in flying devices