Unleash your creative potential with high-capacity, lightweight, and ultra-reliable intelligent power solutions. Designed specifically for professional aerial photography, heavy-lift cinema rigs, and long-endurance cinematic FPV flights.
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Maximize your time in the air. Our industry-leading energy density reduces battery swap frequency, giving directors and pilots the margin they need to capture complex, continuous takes.
Consistent, linear voltage discharge ensures zero power-drop interruptions, maintaining absolute stability for heavy-lift gimbals and sensitive cinema camera payloads.
Whether you're shooting arctic tundra at −20°C or desert heat at 50°C, Tattu's chemistries maintain full capacity and safe operation — so remote locations never compromise your shoot.
Built-in Smart BMS provides highly accurate SOX estimation, real-time health monitoring, and advanced safety protocols, ensuring your multi-million-dollar setups return home safely.
Provides more usable energy in a compact form factor, helping balance payload, portability, and endurance.
Ultra-precision cell matching within ±3mAh eliminates imbalance-driven voltage drops during hover.
Rated cycles to 80% capacity — delivering ROI across hundreds of professional production days.
Low-temperature optimized electrolyte formula delivers full rated capacity even in arctic condition.
Explosive burst current for aggressive FPV maneuvers, vertical climbs, and punch-out sequences.
Ultra-low IR minimizes heat buildup during hard launches and guarantees consistent power delivery.
Optimized weight-to-power ratio extends acrobatic flight time without sacrificing punch or agility.
Helps maintain smoother flight characteristics and more predictable handling throughout the usable flight window.
Compatible with mainstream flight controllers.

Adapted to popular Aerial Photography brands and models.

A major studio aerial unit covering a two-week mountain shoot relied on Tattu 6S 22000mAh packs across their Freefly ALTA X fleet. With golden hours lasting under 30 minutes at altitude, zero battery surprises were critical.