The Vikas R&D Camera Kit is an advanced drone research and development platform with enhanced aerial imaging capabilities. Designed for students, researchers, and developers, it enables hands-on learning, UAV experimentation, and real-time camera applications.
Key Features
- Pixhawk-based Flight Controller for precise navigation
- Skydroid T12 Transmitter for long-range, stable control
- Skydroid Two-Axis Gimbal Camera for smooth aerial imaging
- Supports UART, I2C, and MAVLink for seamless communication
- Compatible with ROS2 & simulation software for autonomy research
- Sensor Integration with ultrasonic, LiDAR, GPS, and IMU
- Mission Planner & QGroundControl (QGCS) support
- Modular design for customizable payloads and applications
Ideal For
- UAV research & aerial imaging projects
- Engineering students & drone developers
- STEM education & autonomous system testing
What Comes in the Kit
1 x Flight Controller: Radiolink MiniPix
A compact and cost-effective flight controller based on the Pixhawk architecture, ideal for research and educational drones.
Technical Specifications:
- Processor: STM32F427 32-bit ARM Cortex M4 core with FPU
- IMU: MPU6500 accelerometer/gyroscope
- Barometer: MS5611
- Magnetometer: External required (GPS unit supports this)
- Input Voltage: 4.8V – 5.5V
- Communication Interfaces: 1 x UART (telemetry), 1 x USB, I2C, PPM, SBUS, PWM output
- Firmware: Supports PX4 and ArduPilot
- Weight: ~15g
- Form Factor: Compact and lightweight, ideal for small drones
1 x GPS Module: Radiolink TS100
High-performance GNSS module with integrated compass for accurate global positioning and navigation.
Technical Specifications:
- GNSS Systems: GPS, GLONASS, Beidou
- Positioning Accuracy: ±2.5 meters (horizontal)
- Refresh Rate: 10 Hz
- Compass: Built-in digital compass (HMC5883L)
- Communication: UART and I2C
- Operating Voltage: 5V DC
- Antenna: Ceramic active antenna
- LED Indicator: Satellite fix status
- Weight: ~20g
- Mounting: Includes anti-vibration mount and cable
4 x Brushless Motors: 920KV 2212 (2 CW + 2 CCW)
- KV Rating: 920KV
- Configuration: 14 Poles / 12 Slots
- Max Current: ~15-18A
- Mounting Hole Distance: 16mm x 19mm
- Propeller Compatibility: 8”–10” props
- Shaft Diameter: 3.17mm
- Weight: ~55g each
4 x Electronic Speed Controllers: HobbyWing 20A ESC (Custom Vikas Connectors)
- Max Current: 20A continuous, 25A burst (10s)
- BEC Output: 5V / 2A Linear
- Firmware: Custom firmware compatible with SimonK/BLHeli
- Connector: Proprietary Vikas plug-in system for easy swaps
4 x Motor Mounts (Molded Plastic Shells)
- Custom-designed heavy-duty motor mounts made from durable molded plastic
- High-strength construction for enhanced durability and vibration resistance
- Precision screw-mounted design for secure motor installation and convenient replacement
8 x Arm Bases (Custom Vikas Shell)
- Precision-molded hard plastic that securely holds the frame together
- Designed to fit modular carbon arms and ensure easy maintenance
4 x Carbon Fiber Arms (Custom-Made for Vikas)
- Lightweight yet highly rigid
- Designed for modular swapping and high endurance
- Mounting compatible with Vikas motor mounts and bases
4 x Carbon Fiber Landing Poles
- Shock-absorbing landing gear
- Carbon fiber structure ensures durability during repeated takeoffs/landings
1 x Top Plate (Universal Integration Platform)
- Designed for wide compatibility with various drone components
- Supports multiple battery sizes and payloads
- CNC-cut for precision and flexibility in mounting
1x Bottom PCB (Proprietary R&D Enabler)
- Designed specifically for UAV R&D, prototyping, and system integration
- Integrated 5V and 12V regulated voltage rails
- Centralised power distribution for ESCs, sensors, and onboard computers (e.g., Raspberry Pi, Jetson Nano)
- Dedicated mounting provisions for additional accessories and expansion modules, enabling easy integration of LiDAR, companion computers, AI accelerators, telemetry devices, payload controllers, and custom sensors for advanced research applications
1 x 5200 mAh GenX Li-Po Battery :
- Voltage: 11.1V (3-cell Li-Po)
- Capacity: 5200 mAh
- Discharge Rate: 40 C continuous (with ~60–80 C burst on some packs)
- Connector: XT60 (main discharge)
1 x Li-Po Balance Charger
- Supports 2S–3S Li-Po batteries
- LED indicators for cell balance and charging completion
- Over-voltage and over-current protection
1 x Set of Consumables
- Zip ties, double-sided tape, Velcro straps
- For cable management and secure mounting
1 x Fasteners Kit for Vikas
- Screws, bolts, and nuts compatible with all parts of the Vikas drone
- Stainless steel and anodized aluminum mix
1 x 2.5mm Allen Key
- Provided for assembly and maintenance
1 x Set of Silicon Landing Caps
- Soft end caps for landing poles
- Reduces vibration and wear during landings
1 x Propeller Set (CW & CCW)
- 2 x Clockwise and 2 x Counterclockwise
- Balanced for smooth flight and efficient thrust
1 x Skydroid 2-Axis Gimbal Camera
A compact, stabilized camera unit with real-time video transmission and independent pitch and roll control, designed for drones used in mapping, monitoring, and research.
Technical Specifications:
- Camera Sensor: 1/3" CMOS sensor
- Video Resolution: 1080p @ 30fps (Full HD)
- Field of View: 120° wide-angle lens
- Gimbal Type: 2-axis brushless motor gimbal (pitch and roll)
Stabilization Angle Range:
- Pitch: -90° to 30°
- Roll: ±45°
Video Transmission:
- Wireless digital transmission via Skydroid system
- Latency: <200ms
- Range: Up to 5 km (with Skydroid receiver)
Control Interface:
- UART / PWM for gimbal control
- S.Bus support for pitch/roll input
- Operating Voltage: 7V – 24V (2S–6S LiPo)
- Mounting: Vibration-dampened mounting points for drone frame
- Weight: ~160g
Special Features:
- Plug-and-play with Skydroid ground station
- Live video preview via mobile app or ground control system
- Ideal for low-latency FPV or autonomous navigation visual feedback
1 x Skydroid T12 Transmitter & Receiver System
A professional-grade 12-channel long-range remote control system with integrated telemetry and video link capabilities, perfect for R&D drones requiring precise control and live video transmission.
Transmitter (T12) Specifications:
- Frequency Band: 2.4GHz FHSS (Frequency Hopping Spread Spectrum)
- Channels: 12 fully programmable channels
- Control Range: Up to 10–15 km (line of sight, open area)
- Telemetry Range: Up to 10 km
- Display: 3.5-inch TFT color screen for telemetry and video (optional support with Skydroid app)
- Latency: <30ms
- Battery: Built-in 4000mAh rechargeable lithium battery
- Battery Life: 8–10 hours continuous operation
Interfaces:
- USB-C charging and firmware update
- Micro-HDMI for external monitor (on advanced variants)
- Trainer port for simulator or buddy box function
- Weight: ~620g
- Software Compatibility: QGroundControl, Mission Planner via mobile app or tablet interface
Receiver (R12 or T12-Compatible Module):
- Input Voltage: 4.8V – 10V
- Channels: 12 PWM/S.Bus/PPM outputs
- Telemetry Support: Integrated UART for Pixhawk or other flight controller telemetry
- Form Factor: Compact and lightweight for easy drone integration
- Antenna Type: Dual diversity for stronger signal
- Mounting: Adhesive-backed or zip-tie mounting slots
Integration Highlights
- Fully integrated with the Vikas Bottom PCB for streamlined power and signal routing
- Seamless compatibility with Pixhawk-based flight controllers
- Real-time gimbal control and FPV streaming using the Skydroid app on Android devices
- Ideal for vision-based autonomy experiments, target tracking, and remote inspection
Vikas R&D Camera Kit : Professional Aerial Imaging & UAV Research Platform
Build, test, and innovate with the Vikas R&D Camera Kit, a complete UAV development system designed for students, researchers, and drone developers. This kit combines precision flight control, live video feedback, and long‑range operation to support autonomous experimentation, aerial survey work, and real‑world drone applications.
What’s Included in the Kit?
Flight & Navigation
- Pixhawk‑Compatible MiniPix Flight Controller : Precise autopilot supporting PX4/ArduPilot for autonomous research development.
- Radiolink TS100 GPS Module : High‑accuracy GNSS with integrated compass for dependable positioning.
Structure & Propulsion
- 4 × Brushless Motors (920KV) : Efficient propulsion for stable lift and maneuvering.
- 4 × Electronic Speed Controllers (20A ESCs) : Custom Vikas connectors for easy, reliable motor control.
- Carbon Fiber Arms & Landing Poles : Lightweight, durable structural components.
- Motor Mounts & Frame Plates : Precision hardware for stable assembly and maintenance.
Power & Electronics
- 5200 mAh 3-cell Li‑Po Battery + Balance Charger : Essential power system with safety features and balanced charging.
- Proprietary Bottom PCB : Central power distribution with regulated outputs for sensors, flight controller, and other devices.
Imaging & Remote Control
- Integrated 3‑in‑1 camera unit for live video feedback and FPV capabilities during flight.
- Long‑range, 10‑channel FHSS remote control system with dual antennas and integrated video/data link for robust UAV operation.
Assembly & Accessories
- Propeller Set (CW & CCW) for balanced thrust
- Silicone Landing Caps to reduce vibration on touchdown
- Fasteners & Consumables Kit (screws, zip ties, straps)
- Allen Key & Basic Tools for easy assembly
Vikas R&D Camera Kit : Professional UAV Imaging & Research Platform
Unlock advanced aerial imaging, live FPV feedback, and research‑grade UAV control with the Vikas R&D Camera Kit- A complete development platform designed for students, researchers, and drone developers. Perfect for autonomous experiments, aerial surveys, and real‑world drone projects.
What’s Included in the Kit?
Core Flight & Control
- Pixhawk‑Compatible MiniPix Flight Controller : Reliable autopilot with support for PX4/ArduPilot and advanced mission planning.
- Radiolink TS100 GPS Module : High‑accuracy GNSS navigation with integrated compass for precise positioning.
Structure & Propulsion
- 4 × Brushless Motors (920KV) : Efficient and stable propulsion for quadcopter performance.
- 4 × 20A Electronic Speed Controllers (ESCs) : Custom Vikas connector ESCs for neat integration and reliable motor control.
- Carbon Fiber Arms & Landing Poles : Lightweight, durable frame components built for UAV research.
- Motor Mounts & Frame Plates :Precision parts for secure assembly and component mounting.
Power & Electronics
- 5200 mAh 3-cell Li‑Po Battery + Balance Charger : Ready‑to‑fly power system with charging protection.
- Proprietary Bottom PCB : Central power distribution board with 5V/3.3V/12V outputs for sensors and companion computers.
FPV Camera & Remote Control
- Compact, lightweight 3‑in‑1 FPV camera compatible with the T12 system for real‑time video transmission and telemetry.
- Professional long‑range remote system with integrated camera/telemetry support and ergonomic design for comfortable, extended use.
Assembly & Accessories
- Propeller Set (CW & CCW) – Balanced props for efficient lift.
- Silicone Landing Caps – Shock‑absorbing protection for landing gear.
- Fasteners & Consumables Kit – Screws, zip ties, tape & straps for tidy builds.
- Allen Key & Basic Tools – Included for quick assembly.
Vikas R&D Camera Kit : Next-Level UAV Imaging & Research Platform
Designed for students, researchers, and developers, the Vikas R&D Camera Kit delivers a complete aerial imaging and research solution. It combines precision flight control, real-time FPV streaming, and long-range operation which are perfect for autonomous drone development, aerial surveys, and hands-on UAV experimentation.
What’s Included in the Kit?
Core Flight System
- Flight Controller (Pixhawk-Compatible MiniPix) – Stable, open-source autopilot supporting PX4 and ArduPilot.
- GPS Module (Radiolink TS100) – Accurate GNSS positioning with built-in compass for reliable navigation.
Structure & Propulsion
- 4 × Brushless Motors (920KV) : Balanced propulsion for smooth, efficient lift.
- 4 × Electronic Speed Controllers (20A ESCs) : Custom Vikas connectors for clean integration.
- Carbon Fiber Arms & Landing Poles : Lightweight, strong structural components.
- Motor Mounts & Frame Plates : Precision hardware for secure assembly.
Power & Electronics
- 5200 mAh 3-cell Li-Po Battery + Balance Charger : Ready-to-fly power system with safety features.
- Proprietary Power Distribution PCB : Multiple voltage rails and expansion points for sensors and companion computers.
Imaging & Remote Control
- Lightweight FPV camera optimized for T10 integration, streaming live video for situational awareness and research tasks.
- Professional-grade 10-channel FHSS controller with integrated data/video transmission, app-configurable parameters, and long endurance for extended field use.
Assembly & Accessories
- Propeller Set (CW & CCW) for balanced thrust
- Silicone Landing Caps to reduce landing impacts
- Fasteners & Consumables Kit (screws, zip ties, Velcro straps)
- Allen Key and basic assembly tools
Vikas R&D Camera Kit: Professional Aerial Imaging & UAV Research System
Take your UAV research, autonomous flight testing, and aerial imaging projects to the next level with the Vikas R&D Camera Kit—a complete, modular platform designed for students, researchers, developers, and educational institutions. Built for real-world experimentation, this kit combines advanced flight control, precision navigation, stabilized 4K imaging, and professional long-range communication, making it ideal for autonomous missions, computer vision, mapping, and UAV application development.
What’s Included in the Kit?
Flight & Navigation System
- Pixhawk-Compatible Flight Controller – Industry-standard open-source autopilot for autonomous flight, waypoint missions, and precision navigation.
- High-Accuracy GPS Module – Reliable GNSS positioning with an integrated compass for stable flight and accurate mission execution.
Frame & Propulsion Hardware
- 4 Brushless Motors – High-efficiency motors providing smooth, reliable lift and stable flight performance.
- 4 Electronic Speed Controllers (ESCs) – Custom connector ESCs for simplified integration and dependable motor control.
- Carbon Fiber Arms & Landing Poles – Lightweight yet durable structural components built for demanding research applications.
- Motor Mounts, Arm Bases & Top Plate – Precision-engineered hardware for a secure, modular airframe assembly.
Power & Electronics
- 5200 mAh Li-Po Battery with Balance Charger – Ready-to-use power system offering reliable performance and safe charging.
- Proprietary Bottom PCB – Integrated power distribution board with multiple regulated voltage outputs for onboard sensors, companion computers, and payloads.
Imaging & Control
- SIYI A8 Mini 4K 3-Axis Gimbal Camera – Compact AI-powered 3-axis stabilized camera delivering smooth Ultra HD aerial imaging with versatile video outputs, making it ideal for inspection, mapping, surveillance, and research applications.
- SIYI MK15 Smart Controller – Professional Android-based ground station featuring a 5.5-inch Full HD touchscreen, up to 15 km HD image transmission, low-latency video, and seamless compatibility with Pixhawk-based flight controllers for precise UAV control, telemetry, and mission planning.
Assembly & Accessories
- Balanced Propeller Set (CW & CCW)
- Silicone Landing Caps for vibration reduction
- Fasteners & Consumables Kit (screws, zip ties, tape, straps)
- Allen Keys & Basic Assembly Tools
Key Features
- Modular research platform for UAV development and experimentation
- Autonomous flight capability with Pixhawk compatibility
- Stabilized 4K aerial imaging using the SIYI A8 Mini camera
- Long-range HD video transmission and telemetry with the SIYI MK15
- Lightweight carbon fiber airframe for improved efficiency
- Expandable architecture supporting additional sensors and companion computers
- Ideal for drone research, computer vision, AI, mapping, inspection, and educational UAV projects.
Vikas R&D Camera Kit: Professional FPV Imaging & UAV Research System
Take your UAV research, autonomous flight testing, and aerial monitoring projects further with the Vikas R&D Camera Kit—a complete, modular platform designed for students, researchers, and developers. Built for real-world experimentation and advanced UAV applications, this kit combines intelligent flight control, precision navigation, lightweight FPV imaging, and long-range communication in a single research-ready platform. Featuring the SIYI A2 Mini FPV Camera and SIYI MK15 Smart Controller, it delivers smooth real-time video, reliable situational awareness, and extended flight endurance, making it ideal for autonomous missions, drone development, robotics, and aerial research.
What’s Included in the Kit?
Flight & Navigation System
- Pixhawk-Compatible Flight Controller: Core autopilot for precision navigation, autonomous missions, and UAV research.
- High-Accuracy GPS Module: Reliable GNSS positioning with an integrated compass for accurate navigation and stable flight.
Frame & Propulsion Hardware
- 4 Brushless Motors: Smooth, efficient propulsion for stable flight performance.
- 4 Electronic Speed Controllers (ESCs): Custom connector ESCs for simplified integration and reliable motor control.
- Carbon Fiber Arms & Landing Poles: Lightweight, durable structural components designed for repeated field testing.
- Motor Mounts, Arm Bases & Top Plate: Precision-engineered hardware for secure assembly and modular upgrades.
Power & Electronics
- 5200 mAh Li-Po Battery + Balance Charger: Ready-to-use power system with reliable endurance and safe charging.
- Proprietary Bottom PCB: Centralized power distribution board with multiple regulated voltage outputs for sensors, companion computers, and payload integration.
Imaging & Control
- SIYI A2 Mini FPV Camera: Lightweight single-axis stabilized FPV camera featuring a 160° ultra-wide-angle lens, 1080p Full HD Starlight imaging, distortion correction, and Ethernet video output. Its compact 85 g design minimizes payload weight for longer flight times while delivering smooth real-time aerial video for navigation, inspection, and research applications.
- SIYI MK15 Smart Controller: Professional Android-based smart controller with a 5.5-inch Full HD touchscreen, up to 15 km HD image transmission, integrated telemetry, mission planning, and low-latency video streaming. Seamlessly compatible with Pixhawk-based flight controllers, it provides precise UAV control for research, inspection, and autonomous operations.
Assembly & Accessories
- Balanced Propeller Set (CW & CCW)
- Silicone Landing Caps for vibration reduction
- Fasteners & Consumables Kit (screws, zip ties, tape, straps)
- Allen Keys & Basic Assembly Tools
Key Features
- Lightweight FPV imaging system for extended UAV flight time.
- Autonomous flight capability with Pixhawk-compatible architecture.
- 160° ultra-wide-angle Full HD Starlight camera for enhanced situational awareness.
- Smooth single-axis stabilization for stable real-time FPV video.
- Up to 15 km HD video transmission with integrated telemetry and mission planning.
- Modular platform supporting sensors, companion computers, and custom UAV payloads.
- Ideal for UAV research, autonomous navigation, robotics, drone development, inspection, agriculture, and educational laboratories.
Vikas R&D Camera Kit: Next-Level UAV Imaging & Research Platform
Designed for students, researchers, and developers, the Vikas R&D Camera Kit delivers a complete aerial imaging and UAV research solution. Combining precision flight control, real-time FPV streaming, and long-range operation, it is ideal for autonomous drone development, aerial surveys, robotics research, computer vision projects, and hands-on UAV experimentation.
What’s Included in the Kit?
Core Flight System
- Flight Controller (Pixhawk-Compatible MiniPix) – Stable, open-source autopilot supporting PX4 and ArduPilot for autonomous missions, waypoint navigation, and advanced UAV testing.
- GPS Module (Radiolink TS100) – High-accuracy GNSS positioning with a built-in compass for reliable navigation and flight stability.
Structure & Propulsion
- 4 × Brushless Motors (920KV) – Balanced propulsion for smooth, efficient lift and stable flight performance.
- 4 × Electronic Speed Controllers (20A ESCs) – Custom Vikas connectors for clean integration and dependable motor control.
- Carbon Fiber Arms & Landing Poles – Lightweight yet durable structural components designed for repeated field use.
- Motor Mounts & Frame Plates – Precision-engineered hardware for secure assembly and modular upgrades.
Power & Electronics
- 5200 mAh 3-cell Li-Po Battery + Balance Charger – Ready-to-fly power system with integrated safety features.
- Proprietary Power Distribution PCB – Provides multiple regulated voltage rails and expansion points for sensors, companion computers, and additional payloads.
Imaging & Remote Control
- Skydroid FPV Camera – Lightweight FPV camera optimized for Skydroid T12 integration, delivering smooth real-time video transmission for navigation, inspection, situational awareness, and UAV research applications.
- Skydroid T12 Remote Controller – Professional-grade 12-channel FHSS controller featuring integrated HD video and telemetry transmission, app-configurable parameters, ergonomic controls, and long operational endurance for extended field missions and research flights.
Assembly & Accessories
- Propeller Set (CW & CCW) for balanced thrust
- Silicone Landing Caps to reduce landing impacts and vibration
- Fasteners & Consumables Kit (screws, zip ties, Velcro straps)
- Allen Key & Basic Assembly Tools
Key Features
- Complete UAV research and development platform.
- Pixhawk-compatible architecture for autonomous flight experimentation.
- Real-time FPV video streaming with the Skydroid camera system.
- Long-range HD control and telemetry via the Skydroid T12.
- Lightweight carbon fiber airframe for improved efficiency.
- Expandable platform supporting sensors, AI modules, and companion computers.
- Ideal for drone research, autonomous navigation, aerial mapping, inspection, agriculture, robotics, and educational UAV labs.
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