BeastFPV Avionics Equipment & Unmanned Aerial Systems
We supply specialized onboard equipment, micro-turbojet propulsion systems, and advanced avionics manufactured by BeastFPV. Comprehensive engineering selection of components, thrust-to-weight calculation, direct factory supply of electronics and airframe assemblies for unmanned aerial platforms.
BeastFPV Product Lines & Unmanned Avionics Systems
Select an onboard electronics category, propulsion system line, or drone airframe. Include mission payload parameters, operational radius, and anti-jamming requirements with your technical inquiry.
BeastFPV BTE Micro-Turbojet Engines for Heavy UAVs
BeastFPV BTE series micro-turbojet engines are engineered for heavy unmanned aerial vehicles, high-speed fixed-wing UAV platforms, and target drones.
Engines BTE-100, BTE-140, BTE-170, and the flagship BTE-200 deliver static thrust ranging from 100 to 200 N (10.2 to 20.4 kgf) at turbine rotor speeds up to 140,000 RPM.
An integrated autonomous digital ECU continuously regulates fuel injection, monitors exhaust gas temperatures EGT, and streams flight telemetry across digital buses.
Selection inputs: rated static thrust (100–200 N), kerosene fuel grade, digital ECU telemetry protocol, and onboard supply voltage.
High-power BeastFPV VTX 10W analog video transmitters deliver stable video transmission across operational ranges of 30 to 50 km under demanding terrain and electronic countermeasure conditions.
Transmitters support operating bands at 1.2 GHz, 3.3 GHz, 4.9–6.1 GHz, and 7.2 GHz with adjustable RF output power from 250 mW up to 10,000 mW. A CNC-machined aluminum heatsink housing with forced fan cooling prevents thermal throttling of RF output stages during sustained maximum transmission.
Selection inputs: RF band (1.2 / 3.3 / 5.8 / 7.2 GHz), antenna connector style (SMA/MMCX), and power management interface.
BeastFPV F722 BLS 65A and 80A 8S flight stacks integrate an ultra-fast STM32F722 microcontroller flight management unit and a heavy-duty 4-in-1 motor speed controller ESC.
The flight controller features a vibration-isolated ICM42688-P low-noise gyroscope, high-precision barometer, 16 MB Blackbox logging flash, and dual independent switching BEC circuits.
The ESC power board handles continuous currents up to 80 A with peak surges up to 85 A on up to 8S LiPo battery systems.
Selection inputs: ESC continuous current rating (65A / 80A), mounting pattern (30.5x30.5 mm), and battery system voltage.
BeastFPV Anti-Jamming Fiber-Optic Tethered Control Systems
BeastFPV tethered fiber-optic communication systems establish ultra-reliable transmission of flight control commands, telemetry, and high-definition video over micro-thin single-mode optical fiber.
The complete system includes an onboard optical transceiver, an aerodynamic fiber dispenser spool holding 10, 15, or 20 km of optical line, and a ground interface converter for control terminals.
Complete absence of RF signature ensures operational stealth and total immunity to electronic warfare jamming.
Selection inputs: optical dispenser length (10 / 15 / 20 km), laser transceiver wavelength, and ground terminal data ports.
BeastFPV High-Torque Brushless Motors Series 2807-4219
BeastFPV heavy-lift brushless motors across series 2807, 3115, 3214, 4216, and 4219 are engineered to deliver peak thrust efficiency on propellers ranging from 7 to 15 inches.
Motors incorporate heat-resistant curved N52SH neodymium magnets, Japanese silicon steel laminations, a hardened hollow titanium shaft, and NSK bearings. The motors achieve up to 6.2 kg of static thrust per motor axis, sustaining prolonged continuous current loads under up to 8S LiPo power supplies.
Selection inputs: stator dimensions, KV speed constant (550–1300), propeller pitch and diameter, and LiPo pack design.
BeastFPV T384 and T640 Infrared Thermal Imaging Payloads
BeastFPV T384 and T640 miniature infrared thermal imaging payloads are designed for night navigation and continuous optical reconnaissance across all weather conditions.
Uncooled microbolometer sensor cores with 384x288 and 640x512 pixel resolutions (12 um pixel pitch) are coupled with precision anti-reflective 9 mm or 13 mm germanium optics.
The cameras deliver zero-latency analog CVBS video feeds and enable remote pseudo-color palette toggling via standard auxiliary RC flight channels.
Selection inputs: sensor core resolution (384x288 / 640x512), optical focal length, and integration into fixed or gimbal mounts.
BeastFPV Zveroboy Heavy Industrial FPV Drone Platforms
BeastFPV Zveroboy series heavy-lift industrial FPV airframes (chassis sizes spanning 7, 9, 10, 13, and 15 inches) are optimized for aerial monitoring, technical survey, and cargo payload transit up to 10 kg.
Airframe structures are machined from Toray T700 structural carbon fiber composite with arm thicknesses reaching 8 mm. Platforms are supplied as fully flight-tuned RTF systems featuring built-in release mechanisms, long-range links, and dual-spectral camera setups.
Selection inputs: airframe size (7–15 inches), mission payload rating (up to 10 kg), integration tier (RTF/PNP), and operating radius.
BeastFPV Ground Control Stations & Long-Range Relays
BeastFPV ground control stations, antenna relay stations, and automatic antenna tracking positioners establish anti-jamming command and telemetry links with real-time video retransmission.
The systems support operating frequencies at 370 MHz, 720 MHz, 915 MHz, 1.2 GHz, and 2.1 GHz with RF power levels reaching 5 W. Relays overcome non-line-of-sight terrain shielding, enabling flight crews to command missions from protected operator positions.
Selection inputs: operating RF bands, antenna directional gain figures, transmitter RF wattage, and autonomous field power specs.
Baseline Inputs for Unmanned System Configuration
Airframe architecture (multirotor, fixed-wing), maximum takeoff weight, cruising speed, electronic countermeasure protection standards, and mission optical payload specifications.
Avionics Replacement Modules & Mounting Hardware
We supply original motor stators, titanium shafts, replacement cooling fans for VTX transmitters, fiber dispenser connectors, heat-resistant wiring looms, and carbon fiber arm spares by factory part numbers.
Gas Dynamic Parameters & Thermodynamic Cycle of BTE Micro-Turbojets
BeastFPV BTE series micro-turbojet engines operate on a direct Brayton thermodynamic cycle utilizing a centrifugal compressor stage and an axial turbine wheel. The propulsion units generate static thrust up to 200 N while consuming aviation kerosene at rates up to 650 ml/min at full throttle.
The digital ECU continuously regulates rotor speeds within 100 RPM tolerances, stabilizing turbine inlet temperatures below 750 deg C to ensure long operational lifetimes for high-temperature superalloys.
RF Link Budget Calculations for High-Power VTX 10W Transmitters
8 GHz. The BeastFPV VTX 10W transmitter delivers 40 dBm output power which, paired with high-gain directional ground receiver arrays, provides a reliable fade margin greater than 25 dB.
The CNC aluminum heatsink housing with active fan cooling dissipates 18 W of thermal energy, preventing thermal saturation of gallium arsenide power amplifier transistors.
Tethered Fiber-Optic Communication Architecture Under Severe Jamming
657 single-mode optical fiber lines. Dual-wavelength 1310/1550 nm transceivers ensure bidirectional duplex transmission of digital video feeds and flight telemetry with hardware latency below 15 ms across cable lengths up to 20 km.
Total absence of electromagnetic radio frequency emissions renders the platform invisible to RF spectrum direction finders and electronic warfare jamming.
Dynamic Gyroscope Filtering & Architecture of F722 Flight Stacks
BeastFPV F722 flight controller stacks run Betaflight and INAV firmware with PID loop frequencies executing at 8 kHz. Feedback signals from the vibration-isolated ICM42688-P gyroscope pass through adaptive multi-harmonic RPM notch filters and two-stage PT1 low-pass filters.
2 mOhm deliver continuous 80 A phase currents at PWM switching rates up to 48 kHz.
Electromagnetic Optimization of High-Torque Brushless UAV Motors
BeastFPV heavy-lift brushless motors across series 2807 to 4219 are magnetically optimized for high torque delivery across low and mid RPM operational envelopes. 2 mm silicon steel laminations suppress eddy current core losses during commutation frequencies up to 2 kHz.
Curved N52SH neodymium magnets generate a quasi-sinusoidal air-gap flux density, minimizing harmonic torque ripple and raising electrical efficiency to 85%.
Radiometric Calibration & Germanium Optics of T384/T640 Thermal Payloads
BeastFPV T384 and T640 thermal imaging modules incorporate uncooled vanadium oxide VOx microbolometer sensors delivering noise equivalent temperature differences NETD below 40 mK at 300 K. Diamond-like carbon coated germanium lenses operate across the 8 to 14 um long-wave infrared spectrum.
Dynamic non-uniformity correction NUC algorithms eliminate thermal drift caused by high-speed airflow and rapid ambient temperature shifts.
Antenna Relays, Frequency-Hopping Spread Spectrum & Ground Control Units
BeastFPV ground infrastructure leverages mobile pneumatic antenna masts and telemetry repeaters utilizing frequency-hopping spread spectrum FHSS modulation. Hopping across 720 to 915 MHz bands at 500 hops per second delivers immunity against hostile narrow-band RF jamming.
The integrated BEASTCONTROL software suite enables operators to conduct real-time mission supervision from remote command shelters.
When formulating an equipment request for BeastFPV systems, specify: airframe geometry, payload weight, mission flight time, operating RF frequencies, and environmental deployment constraints.
Our engineering division calculates aerodynamic power requirements, verifying mutual compatibility across motors, propellers, speed controllers, and data links. Commercial terms, production lead times, and shipping schedules are detailed in the formal quote.
Submit Technical Specification for Engineering Review
Attach your platform specification, range requirements, and contact details. Our engineering team will prepare an integrated commercial proposal covering flight controller stacks, propulsion units, telemetry links, and optical sensors.
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