axl Carrier Board is a compact and lightweight interface board designed specifically for the Cube flight-controller ecosystem. It provides centralised management of power, communication, motor-control signals and peripheral connections for professional unmanned platforms.

Dual redundant power inputs improve operational reliability by providing an alternative power source if the primary supply is interrupted. Motor PWM distribution and servo outputs enable flexible control of propulsion systems, actuators and other mission equipment.

Multiple connectivity options—including GPS, CAN, I²C, serial, USB and single-board computer connectors—simplify the integration of navigation modules, sensors, telemetry devices and companion computers.

Key Features

•  Purpose-built for the Cube flight-controller ecosystem 
•  Dual redundant power inputs 
•  Motor PWM signal distribution 
•  Dedicated servo outputs 
•  GPS connectivity 
•  CAN bus connectivity 
•  I²C communication interface 
•  Serial communication ports 
•  USB connectivity 
•  Single-board computer connectors 
•  Centralised peripheral management 
•  Compact and lightweight construction 
•  Robust design for professional applications 
•  Simplified UAV system integration 

Applications

•  Multirotor drones 
•  Unmanned ground vehicles and rovers 
•  Fixed-wing unmanned aircraft 
•  Vertical take-off and landing platforms 
•  Autonomous robotic systems 
•  Industrial UAV platforms 
•  Research and development projects 
•  Custom unmanned vehicle development

axl Orbit is an advanced multi-GNSS receiver designed to provide accurate and reliable positioning for unmanned aerial vehicles, defence systems and surveillance platforms.

It supports GPS, GLONASS, Galileo and BeiDou satellite constellations and can connect with up to 32 satellites for faster and more dependable positioning. Its integrated IST8310 compass provides stable orientation data and navigation assistance.

Advanced anti-spoofing and anti-jamming features help maintain accurate signal reception in challenging radio-frequency environments. A rechargeable backup battery enables faster satellite lock during subsequent operations. Its compact, lightweight and durable construction facilitates seamless integration into UAVs and other embedded platforms.

Key Features

•  Positioning accuracy up to 1.5 metres 
•  Multi-GNSS constellation support 
•  Supports GPS, GLONASS, Galileo and BeiDou 
•  Connectivity with up to 32 satellites 
•  Integrated IST8310 high-accuracy compass 
•  Stable orientation and navigation assistance 
•  Advanced anti-spoofing capability 
•  Anti-jamming protection 
•  Rechargeable backup battery for faster GPS lock 
•  Compact and lightweight construction 
•  Environmentally controlled heat-shrink enclosure 
•  Easy integration with UAV systems 
•  Reliable performance in dynamic environments 
•  Designed and manufactured in India 

Applications

•  Unmanned aerial vehicles 
•  Defence and tactical systems 
•  Border and perimeter surveillance 
•  Industrial drone platforms 
•  Autonomous ground vehicles 
•  Robotic navigation systems 
•  Surveying and mapping 
•  Precision agriculture 
•  Mission-critical positioning systems 
•  Embedded navigation solutions

axl Peregrine is a lightweight, foldable, high-performance quadcopter designed and manufactured in India for industrial, surveillance and BVLOS operations.

Key Features:

•  Up to 45 minutes of flight endurance 
•  Up to 10 km operational range 
•  4K three-axis gimbal camera with digital zoom 
•  Integrated thermal imaging and day/night vision 
•  Real-time video broadcasting and telemetry 
•  GNSS-based precision positioning 
•  Dynamic flight-diversion capability 
•  Durable carbon-fibre, aluminium and PETG construction 
•  Compact design for rapid field deployment 
•  Suitable for defence, border surveillance, search and rescue, inspection, survey, mapping and aerial photography

PDB 80A is a compact and durable power distribution board designed to simplify power architecture in drones, robotics, rovers and electric mobility applications. It provides reliable power distribution, regulated voltage outputs and accurate current and voltage telemetry in a plug-and-play design.

Key Features:

•  Handles continuous current up to 80 A 
•  Supports quadcopters and hexacopters 
•  Dedicated power-distribution pads for up to six ESCs 
•  Accepts a single battery input up to 30 V (6S) 
•  Hall-effect sensor for accurate current and voltage telemetry 
•  Integrated regulated outputs: 
  •  5 V at 4 A 
  •  12 V at 4 A 
  •  3.3 V at 1.5 A 
•  High-density FR4 printed circuit board 
•  Compact and durable construction 
•  Plug-and-play installation 
•  Designed and manufactured entirely in India 

Applications:

•  Quadcopters and hexacopters 
•  Rovers and robotic platforms 
•  Electric skateboards 
•  Electric cycles 
•  Other compact electric mobility systems

PDB 200A is a high-current power distribution board engineered for demanding electronic and electric mobility systems. It accepts input voltage up to 60 V, supports 14S LiPo batteries and distributes up to 200 A through four XT90 connectors.

The integrated anti-spark soft-switch provides smooth, spark-free power-up, particularly in high-current and inductive environments. Hall-effect current and voltage sensors provide real-time analog telemetry for accurate system monitoring. The board also supplies stable, regulated 12 V and 5 V outputs at 5 A each.

Key Features

•  High-performance power handling up to 200 A 
•  Input voltage support up to 60 V 
•  Compatible with 14S LiPo batteries 
•  Four high-current XT90 output connectors 
•  Anti-spark soft-switch 
•  Hall-effect current and voltage sensing 
•  Real-time analog telemetry 
•  Regulated 12 V output at 5 A 
•  Regulated 5 V output at 5 A 
•  Compact and lightweight design 
•  Compatible with Pixhawk and Cube Orange flight controllers 

Applications

•  UAVs and aerial platforms 
•  Rovers and unmanned ground vehicles 
•  Electric vehicles 
•  Robotic systems 
•  Industrial automation 
•  High-current embedded electronic systems

axl Flight Controller is a compact, professional-grade autopilot system engineered for reliable operation across different autonomous and remotely operated platforms. Its high-speed processor provides low-latency control for stable, accurate and responsive vehicle performance.

Dual motion-sensing inertial measurement units enhance stabilization and provide dependable motion data in dynamic operating conditions. A precision barometer supports accurate altitude estimation and control during flight.

Compatibility with ArduPilot and AXL V1 firmware gives developers and operators flexibility when configuring the autopilot system. UART, CAN, I²C, SBUS, USB-C, Bluetooth and on-screen display connectivity enable integration with sensors, receivers, telemetry modules, peripheral devices and companion systems.

Its compact and lightweight form makes it suitable for FPV drones, custom UAV builds and other space-constrained unmanned platforms.

Key Features

•  High-speed processor 
•  Fast, low-latency vehicle control 
•  Dual motion-sensing IMUs 
•  Precision barometric altitude sensing 
•  Stable and responsive flight control 
•  Supports ArduPilot firmware 
•  Supports AXL V1 firmware 
•  UART connectivity 
•  CAN bus connectivity 
•  I²C communication interface 
•  SBUS receiver interface 
•  USB-C connectivity 
•  Bluetooth communication 
•  On-screen display support 
•  Compact and lightweight construction 
•  Suitable for FPV and custom builds 

Applications

•  Multirotor drones 
•  Unmanned ground vehicles and rovers 
•  Fixed-wing unmanned aircraft 
•  Vertical take-off and landing platforms 
•  FPV drones 
•  Autonomous robotic systems 
•  Industrial UAVs 
•  Research and development platforms 
•  Custom unmanned vehicle projects

axl 30 is a lightweight and modular DIY quadcopter platform created for drone builders of different experience levels. Its compact footprint provides agile and responsive flight performance, while its structured design facilitates smooth, step-by-step assembly.

The airframe combines carbon fibre, Hyper ABS and aluminium to provide strength without unnecessary weight. Its adaptable architecture enables users to modify the platform according to specific learning, research, photography, inspection or development requirements.

The kit is available in three versions—axl 30 for beginners, axl 30L for advanced users and axl 30XL as a ready-to-build platform.

Key Features

•  Lightweight and durable quadcopter airframe 
•  Carbon-fibre, Hyper ABS and aluminium construction 
•  Compact design for agile and responsive flight 
•  Modular and customisable architecture 
•  User-friendly, step-by-step assembly 
•  Suitable for beginners and advanced builders 
•  Supports educational and research projects 
•  Adaptable to different project requirements 
•  Suitable for photography, surveys and inspections 
•  Designed and manufactured in India 

Versions

axl 30 – Beginner

A lightweight quadcopter frame designed for hobbyists, students, educators and researchers. Its adaptable design allows users to select components and customise the platform for different learning, experimentation and development requirements.

axl 30L – Advanced

An advanced, foldable kit combining the lightweight carbon-fibre airframe with essential propulsion components, including motors, electronic speed controllers and propellers. It offers improved performance without requiring users to source major propulsion components separately.

axl 30XL – Ready to Build

A ready-to-build, foldable drone kit equipped with a carbon-fibre frame, propulsion system and flight controller. It provides the essential components required for a smoother experience from assembly and configuration to take-off.

Applications

•  Recreational and hobby flying 
•  Drone-building education 
•  STEM learning and training 
•  Academic and institutional research 
•  Aerial photography and videography 
•  Surveying and inspection 
•  UAV prototyping and development 
•  Flight-control experimentation 
•  Robotics and embedded-system projects

axl OneView is an advanced radio controller developed for professional drone, unmanned ground vehicle and Industrial IoT operations. It combines long-range control, real-time HD video streaming and mission-management capabilities in a single integrated platform.

The controller offers a communication range of up to 10 km and features a bright, responsive seven-inch HD touchscreen for real-time monitoring and control. Integration with axldrone’s proprietary axlDOS Drone Operating System and axlGC Ground Control Software enables seamless mission planning, execution and supervision.

Mesh-networking capability facilitates connectivity and video streaming between multiple drones. Its integrated logging system records flight and mission data for subsequent review and download, while encrypted communication helps protect operational information.

Key Features

•  Long-range transmission up to 10 km 
•  Real-time HD video streaming 
•  Seven-inch HD touchscreen display 
•  Integration with the axlDOS Drone Operating System 
•  Integration with axlGC Ground Control Software 
•  Mesh networking for multi-drone connectivity 
•  Multi-drone video streaming 
•  Mission planning, monitoring and control 
•  Integrated mission and flight-data logging 
•  Flight-data recording and downloading 
•  Encrypted data transmission 
•  Secure and dependable communication 
•  Scalable for professional unmanned operations 
•  Designed for demanding operational environments 

Applications

•  Unmanned aerial vehicles 
•  Unmanned ground vehicles 
•  Multi-drone operations 
•  Industrial IoT systems 
•  Defence and surveillance missions 
•  Search and rescue operations 
•  Surveying and inspection 
•  Industrial asset monitoring 
•  Autonomous robotic platforms 
•  Remote mission management

axl everfly is a range of high-performance lithium polymer batteries designed for industrial drones, VTOL aircraft, remotely controlled vehicles and robotic systems.

The batteries offer an efficient energy-to-weight ratio, helping maximise operating time while minimising the weight added to the platform. Their compact form enables installation in space-constrained power systems.

Premium-grade cells provide consistent power delivery and dependable performance across repeated charging and discharging cycles. Dedicated power and balance connectors support safe, stable and low-resistance energy transfer.

The product range includes 8,000 mAh, 12,000 mAh and 35,000 mAh capacities, with nominal voltages ranging from 11.1 V to 59.2 V.

Key Features

•  Lightweight construction 
•  High power and energy density 
•  Excellent energy-to-weight ratio 
•  Compact, space-efficient form factor 
•  Consistent power delivery 
•  Extended operating runtime 
•  Premium-grade LiPo cells 
•  Durable performance across repeated cycles 
•  Dedicated power and balance connectors 
•  Safe, low-resistance energy transfer 
•  Multiple capacities and voltage configurations 
•  Suitable for high-performance applications 

Battery Variants

CapacityConfigurationNominal VoltagePower ConnectorBalance ConnectorDimensions (L × W × H)Weight8,000 mAh | 3S | 11.1 V | XT60H | JST-XH, 4-pin | 130 × 42 × 31 mm | 400 g
8,000 mAh | 4S | 14.8 V | XT60H | JST-XH, 5-pin | 130 × 42 × 42 mm | 530 g
8,000 mAh | 6S | 22.2 V | XT60H | JST-XH, 7-pin | 130 × 42 × 64 mm | 800 g
12,000 mAh | 4S | 14.8 V | XT60H | JST-XH, 5-pin | 177 × 77 × 40 mm | 925 g
12,000 mAh | 6S | 22.2 V | XT90H | JST-XH, 7-pin | 177 × 79 × 50 mm | 1,400 g
35,000 mAh | 6S | 22.2 V | AS150 | JST-XH, 7-pin | 190 × 87 × 66 mm | 2.5 kg
35,000 mAh | 12S | 44.4 V | AS150 | JST-XH, 13-pin | 190 × 87 × 132 mm | 5 kg
35,000 mAh | 14S | 51.8 V | AS150 | JST-XH, 15-pin | 190 × 87 × 160 mm | 6 kg
35,000 mAh | 16S | 59.2 V | AS150 | JST-XH, 17-pin | 190 × 87 × 180 mm | 6.7 kg

Applications

•  Industrial drones and UAVs 
•  Heavy-lift drone platforms 
•  VTOL aircraft 
•  Fixed-wing unmanned aircraft 
•  Remotely controlled vehicles 
•  Unmanned ground vehicles 
•  Robotics and autonomous systems 
•  Electric mobility platforms 
•  Research and prototype systems 
•  High-power embedded applications

Quadcopter F400 is a professional industrial drone platform designed for dependable operations across rugged terrain and complex mission environments. Its modular, multi-payload architecture enables the integration of specialised sensors, imaging systems, communication equipment and delivery payloads.

The platform supports precision surveying, aerial inspection, agricultural monitoring, medical and commercial delivery, disaster management, defence surveillance and law-enforcement operations. Secure mission connectivity and repeater integration enable stable communication and coordinated operations across devices and locations.

Key Features

•  DGCA-certified industrial UAV platform 
•  Designed for BVLOS operations 
•  Modular, multi-payload architecture 
•  Supports larger and specialised payloads 
•  Hyperspectral imaging capability 
•  Advanced magnetometer integration 
•  Precision survey and mapping support 
•  Communication-system and repeater integration 
•  Payload delivery capability 
•  Professional camera and gimbal compatibility 
•  High-power lighting integration 
•  Stable mission connectivity and control 
•  Suitable for rugged terrain and complex missions 

Applications

•  Field surveying and mapping 
•  Infrastructure inspection 
•  Precision agriculture and crop monitoring 
•  Medical and commercial delivery 
•  Disaster assessment and rescue management 
•  Defence and law-enforcement operations 
•  Industrial and private surveillance 
•  Aerial photography and cinematography 
•  Emergency-response coordination 
•  Communication relay operations

axldrone PDB 400A is a compact, professional-grade power distribution board developed for heavy-lift drones, industrial UAVs and other high-power electronic systems. It delivers stable and organized power to multiple ESCs, flight controllers and onboard electronics.

The board handles a distributed load of up to 400 A and provides eight 60 A output pads for dependable multi-motor power delivery. Its built-in Hall-effect sensor enables real-time power monitoring, while regulated 5 V and 12 V BEC outputs supply flight controllers and other onboard systems.

A MOSFET-based design provides controlled and safer startup, reducing electrical stress on connected components. Simplified flight-controller connectivity enables easier installation and dependable performance in demanding operating environments.

Key Features

•  Handles distributed loads up to 400 A 
•  Eight 60 A output pads 
•  High-current solder pads for multi-motor power delivery 
•  Built-in Hall-effect sensor 
•  Real-time current and power monitoring 
•  Regulated 5 V BEC output 
•  Regulated 12 V BEC output 
•  MOSFET-based controlled startup 
•  Simplified flight-controller power connection 
•  Compact and efficient construction 
•  Suitable for demanding flight environments 

Applications

•  Heavy-lift octocopters 
•  Industrial UAV platforms 
•  High-power robotics 
•  Autonomous ground vehicles 
•  Embedded electronic systems 
•  Multi-motor aerial platforms