Q100 Brushed Quad-copter Frame
Q100 Brushed Quad-copter Frame
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The Q100 Brushed Quad-copter Frame is a lightweight, durable airframe structure designed for small-scale quadrotor UAV applications with brushed motor configurations. Professional drone enthusiasts, hobbyists, and educational institutions use this frame for FPV racing, aerial photography prototyping, and autonomous flight research. This frame solves the critical challenge of providing a rigid yet lightweight structural platform that can accommodate brushed motors while maintaining optimal weight distribution for stable flight dynamics.
Specifications
| Specification | Details |
| Product Type | Brushed Quad-copter Frame Kit |
| Motor-to-Motor Distance | 100mm |
| Frame Material | High-strength composite plastic and carbon fiber reinforced arms |
| Weight | Approximately 25-30 grams |
| Motor Compatibility | Brushed DC motors 8.5mm to 10mm diameter |
| Arm Configuration | 4 symmetric arms with integrated motor mounts |
| Center Hub | Multiple mounting points for flight controller and PDB |
| Origin | Original/Authentic |
Why Choose Q100 Brushed Quad-copter Frame?
100% Authentic
GST Invoice - A GST invoice is included with every order.
Expert Support - Dedicated technical help on WhatsApp and email.
Pan-India Delivery - Shipped across Bengaluru, Delhi NCR, Hyderabad and all of India.
Trusted by Makers - Used by students, hobbyists and professionals nationwide.
Key Features of Q100 Brushed Quad-copter Frame
- Compact 100mm wheelbase design enables agile flight performance and reduced inertial loads on brushed motor systems
- Integrated motor arm mounts with precise alignment tolerances ensure balanced thrust vectoring and stable hover characteristics
- Lightweight composite construction reduces overall system weight while maintaining structural rigidity for reliable outdoor flight operations
- Multiple PCB mounting points accommodate standard flight controllers, power distribution boards, and sensor integration without additional adapters
- Symmetrical arm geometry provides predictable flight dynamics and simplified tuning parameters for PID control systems
- Tool-free assembly design with snap-fit connections reduces build time while maintaining mechanical strength
Perfect For
- FPV Racing Platforms: The lightweight Q100 frame serves as an ideal platform for competitive indoor FPV drone racing with brushed motor efficiency and responsive handling characteristics
- Educational Robotics Projects: Universities and technical institutions use this frame for teaching quadrotor dynamics, control systems, and autonomous flight programming without expensive brushless systems
- Aerial Photography Prototyping: Developers test custom gimbal mounts and camera stabilization algorithms using the Q100's modular design and accessible mounting points
- Research and Development: Engineers prototype new flight control algorithms, sensor fusion techniques, and autonomous navigation systems using this standardized platform
- DIY Drone Building: Hobbyists construct custom quadcopters with specialized payloads, extended flight times, and experimental propulsion configurations
How to Use
Begin assembly by carefully inserting the four motor arms into the central hub, ensuring each connection is firmly seated and aligned perpendicular to adjacent arms. Mount your brushed DC motors onto the designated motor mounts at each arm tip, verifying that motor shafts are properly centered and parallel to the frame plane. Secure the flight controller onto the central hub using the provided mounting points, ensuring the orientation matches your frame's forward direction for accurate gyroscope and accelerometer readings.
Connect your brushed motors to the electronic speed controllers in the correct rotation sequence, typically using a test bench setup to verify motor directions before final assembly. Install your power distribution board onto the designated PCB mounting area, connecting all four ESCs to positive and negative rails with appropriate wire gauges for your system's current requirements. Once assembly is complete, calibrate your flight controller's accelerometer and gyroscope, then perform a comprehensive ground test with propellers removed to verify motor response and control input mapping before attempting flight operations.
Product Overview
The Q100 Brushed Quad-copter Frame is engineered as a compact quadrotor airframe measuring approximately 100mm motor-to-motor distance, making it ideal for indoor and outdoor flight operations. The frame utilizes high-strength composite materials with optimized cross-bracing architecture to distribute loads evenly across all four motor arms while minimizing structural resonance. The brushed motor configuration allows for direct ESC integration without complex firmware requirements, making this frame suitable for beginners and experienced pilots alike who prefer simplified electronic speed controller setups.
This frame design incorporates a central hub with integrated PCB mounting points, allowing seamless integration of flight controllers, power distribution boards, and sensor modules. The symmetrical arm geometry ensures balanced thrust distribution and predictable flight characteristics. The Q100's compact footprint combined with its robust construction makes it an excellent platform for developing custom quadcopter solutions, testing new sensor configurations, or building reliable FPV racing drones with brushed propulsion systems.
Frequently Asked Questions
What is the maximum takeoff weight for the Q100 Brushed Quad-copter Frame?
The Q100 frame can typically support total system weights between 50-100 grams depending on motor selection and battery capacity. With standard 8.5mm brushed motors and a 1S LiPo battery, most systems achieve 60-80 gram all-up weight. Exceeding 100 grams requires upgraded motors and ESCs, which may compromise the frame's intended lightweight design philosophy.
Can I use brushless motors with the Q100 frame?
While the motor mounts are designed for brushed DC motors, brushless motors with 8.5-10mm diameter can physically fit the frame. However, brushless systems add weight and complexity without performance benefits for this compact platform. The frame geometry and weight distribution are optimized for brushed motor systems, so brushless conversion is not recommended.
What flight controller models are compatible with the Q100 frame?
The Q100 accommodates most mini flight controllers with standard mounting hole patterns, including popular models like Crazyflie, Tiny Whoop controllers, and custom Arduino-based systems. Verify your controller's dimensions are under 30mm x 30mm to fit comfortably on the central hub without interfering with arm movement or battery placement.
Is the Q100 frame suitable for outdoor flight?
Yes, the Q100 frame is designed for both indoor and outdoor operations. The robust composite construction withstands moderate wind conditions and minor crashes. However, the compact size makes it sensitive to strong winds above 15 km/h. For outdoor use, ensure your flight controller includes barometer and magnetometer sensors for stable altitude and heading hold.
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
Customer Support
Email: techdepotindia@gmail.com
WhatsApp: Available for setup and troubleshooting help
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