As UAV systems scale in complexity and capability, the demand for compact, efficient, and fault-tolerant electrical architectures becomes mission-critical. Redler Technologies specializes in delivering robust propulsion and power distribution solutions tailored to the performance needs of advanced aerial platforms—from tactical drones to long-endurance autonomous UAVs.
Redler’s patented motor control technologies provide:
Dynamic Current Control that actively prevents overcurrent faults in demanding mission conditions.
Field-Oriented Control (FOC) for optimized torque and thermal behavior, increasing flight endurance.
Compact, High-Density Form Factor for efficient volumetric integration and center-of-gravity optimization.
Redler's Power Rider Series solid-state PDUs are designed to:
Distribute power across UAV subsystems with ultra-low latency.
Monitor real-time power consumption via CAN bus.
Provide short-circuit and overcurrent protection to enhance mission resilience.
To ensure sustained flight and safety:
Integrated centrifugal cooling and dustproofing protect critical systems
Proprietary voltage manipulation algorithms reduce heat generation in-flight
CFD-optimized layouts improve natural and forced convection around ESCs and batteries
Through in-house bench testing, Redler validates:
Thrust-to-weight performance (e.g., up to 20.4 kg with T-Motor U12Ⅱ)
Heat dissipation vs. air density changes during climb/hover
Shear force and torque endurance under variable RPM profiles
Motor-propeller pairings are tailored using:
KV rating alignment
RPM vs. thrust mapping
Temperature stability analysis
Redler integrates custom BMS and battery solutions to:
Balance weight vs. capacity for mission-specific endurance
Monitor C-rating, voltage sag, and discharge curves
Maximize cell life and flight safety
Battery Types Supported:
LiPo: High discharge, low weight for performance drones
Li-ion: Longer life for long-endurance UAVs
LiFePO4: Safer chemistry for mission-critical redundancy
Redler enhances mechanical design through:
Real-time CoG calibration algorithms
Compact BMS and motor controller modules to conserve space
Structural robustness for harsh flight environments and rapid dynamics
All Redler UAV systems undergo rigorous lab validation, including:
Full mission simulations (hover, climb, payload drop, return-to-base)
EMI profiling to ensure avionics stability
Integrated test benches for thrust, shear, and thermal validation
EMC compliance meets EU Directive 2014/30/EU to mitigate interference between ESCs, BMS units, GPS, and flight control systems.With experience across defense, aerospace, and robotics sectors, Redler Technologies delivers flight-ready propulsion ecosystems for UAV manufacturers. Our modular platforms support scalability, fault tolerance, and unmatched reliability for the next generation of aerial systems.
Talk to our engineering team to customize your power architecture for UAV performance, safety, and mission success.
We understand that different projects have unique requirements.
That’s why we offer three flexible approaches to product development:
Our solutions are optimized for deployment in a variety of telecom environments:
Redler Technologies is committed to delivering high-performance power and motion solutions that meet the rigorous demands of AGV and robotics professionals. Our products enable you to focus on innovation and operational excellence without compromising reliability or precision.
In collaboration with a leading defense contractor, Redler Technologies developed a custom power management system for an autonomous ground vehicle designed for high-risk areas. The solution provided enhanced power stability and efficient energy distribution, enabling the vehicle to perform extended operations with minimal maintenance.
Redler delivered motor controllers for a fleet of armored combat vehicles, enabling precise control in rugged environments. The controllers underwent rigorous testing to ensure peak performance under extreme temperatures and vibrations, ensuring mission reliability
For a military client in need of superior stabilization technology for tactical drones, Redler’s motor control systems provided the solution. Our technology allowed for smooth, responsive control, enhancing both safety and operational precision in mission-critical scenarios.