Tattu 8S Series: High-Performance FPV Drone Batteries for 13-15 Inch Platforms

The Tattu 8S (29.6V) series is meticulously engineered to provide the high-voltage headroom and sustained current required for large-scale 13-15 inch FPV drones. These power systems are optimized for both heavy-lift cinematographic platforms and long-range exploration drones where power reliability is a non-negotiable requirement.

Technical Specifications: Tattu 8S (29.6V) Series

Model Number	Capacity	Nominal Voltage	Energy (Wh)	Discharge Rate	Weight (±20g)	Dimensions (LWH)
BAT56008S95X9	5600mAh	29.6V	165.76Wh	95C	1050g	153 × 49.5 × 61 mm
BAT60008S15X9	6000mAh	29.6V	177.6Wh	150C	1250g	153 × 49.5 × 71 mm
BAT80008S95X6	8000mAh	29.6V	236.8Wh	95C	1480g	171 × 65 × 60 mm
BAT120008S30X9	12000mAh	29.6V	355.2Wh	30C	2100g	193 × 71 × 72 mm
BAT160008S30X9	16000mAh	29.6V	473.6Wh	30C	2700g	193 × 76 × 86.5 mm
BAT220008S30X9	22000mAh	29.6V	651.2Wh	30C	3300g	208 × 91 × 81.5 mm

Key Technical Features

• Extreme Impact Resilience: Enhanced internal architecture designed to withstand high-G forces and structural shocks.

• Uniform Power Trajectory: Delivers highly consistent and sustained voltage output across the entire discharge cycle.

• Ruggedized Structural Design: Utilizes reinforced, heat-resistant materials for superior thermal management and protection against external mechanical stress.

• High-Rate Dynamics: Specially optimized C-rates for large-frame FPV propulsion systems, ensuring zero throttle lag.

• Lifecycle Stability: Exhibits minimal performance attrition post-cycling, ensuring long-term operational ROI.

• Superior Energy Density: Provides significantly higher capacity-to-volume ratios compared to competing cells in standardized form factors.

Bespoke FPV Battery Solutions by Grepow

As a premier global leader in electrochemical energy storage, Grepow provides professional, customized engineering for high-discharge (up to 160C) FPV Drone Battery systems.

• Chemistry Variants: High-discharge, LiHV (High Voltage), Cryogenic (-50°C), and High-temp resistant cells.

• Scalable Capacity: No upper limitations for bespoke heavy-lift requirements.

• Operational Longevity: Optimized for up to 600 cycles.

• Thermal Resilience: Operational from -40°C to 60°C or -50°C to 50°C.