STRIKE ENERGY develops high-performance battery solutions for drones, FPV platforms, UAV systems, robotics and mission-critical applications — engineered for power delivery, endurance and real-world reliability.
STRIKE ENERGY combines cell selection, pack engineering, BMS configuration, thermal management and quality control into complete energy solutions for demanding unmanned applications. Every system is designed around the mission profile — weight, current load, flight time, safety and operational reliability.
High-output battery systems designed for stable voltage delivery, high-current loads and extended operational endurance.
Built around controlled components, cell matching, protection logic and real-world testing to reduce failure risks in critical applications.
Packs configured for specific UAV platforms, FPV systems, voltage requirements, dimensions, connectors and discharge profiles.
From prototype batches to serial supply — product development, testing, documentation and production scaling support.
Compact, high-discharge battery packs for FPV platforms where weight, current output and reliability are critical.
↗Custom battery solutions for unmanned aerial systems requiring longer endurance, stable performance and integrated protection.
↗Battery systems with BMS integration, telemetry options, safety logic and platform-specific configuration.
↗Battery solutions for robotics, portable systems, autonomous devices and advanced industrial technology.
↗Engineering support for unique battery formats, cell chemistry selection, pack architecture, testing and documentation.
↗Every STRIKE ENERGY battery system starts with the mission requirements. We analyze current load, target endurance, platform weight, environmental conditions and safety requirements before defining the optimal pack architecture.
We define the platform requirements: voltage, capacity, discharge rate, weight, dimensions, connector type, flight profile and safety requirements.
We select and validate cells according to energy density, discharge performance, cycle life, availability and application profile.
We design the battery architecture, layout, wiring, insulation, BMS integration and mechanical structure.
We build prototype samples and verify performance through electrical, mechanical and operational testing.
Once validated, the solution is prepared for repeatable production, documentation, QC procedures and serial supply.
STRIKE ENERGY focuses on repeatability and control. Each battery solution is supported by defined technical parameters, quality checks and documentation to ensure stable performance across batches.
Battery pack optimized for high-current FPV platforms requiring stable output and low weight.
Custom pack architecture designed around longer flight time and predictable voltage behavior.
Battery system with BMS logic, connector customization and platform-specific requirements.
Share your voltage, capacity, dimensions, discharge requirements and platform type — our engineering team will help define the right battery architecture.
Prefer email? Write to us directly: info@strike.energy