TBS 500 Carbon fiber frame KIT
TBS 500 Carbon fiber frame KIT
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The TBS 500 is a professional-grade quadcopter frame kit engineered with high-modulus carbon fiber construction, designed for FPV racing, aerial photography, and autonomous flight applications. Professional drone pilots, aerial cinematographers, and FPV racing enthusiasts rely on this platform for its exceptional strength-to-weight ratio and precision engineering. This frame kit solves the critical challenge of building a durable, lightweight airframe that can withstand high-impact crashes while maintaining optimal flight dynamics and responsiveness.
Specifications
| Specification | Details |
| Product Type | Quadcopter Frame Kit |
| Brand | TBS (Team BlackSheep) |
| Origin | Original/Authentic |
| Wheelbase | 500mm (motor to motor diagonal) |
| Material | 3K Carbon Fiber Weave |
| Weight | Approximately 180-200g (frame only) |
| Motor Mount | 22mm Standard M2 Mounting |
| Battery Configuration | 4S to 6S LiPo Compatible |
| Arm Thickness | 8mm Carbon Fiber Tubing |
Why Choose TBS 500 Carbon fiber frame KIT?
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 TBS 500 Carbon fiber frame KIT
- High-Modulus 3K Carbon Fiber Construction: Provides superior strength-to-weight ratio with exceptional rigidity, enabling aggressive flight maneuvers without structural flex or vibration transmission to sensors
- Precision CNC Manufacturing: All components cut to exact tolerances ensuring perfect frame alignment, eliminating wobble and ensuring consistent flight characteristics across multiple builds
- Integrated Motor Mounting Plates: Pre-drilled aluminum motor mounting brackets eliminate assembly errors and ensure perfect motor alignment for balanced thrust vectoring
- Modular Design Architecture: Easily replaceable arms and center plates allow quick repairs after crashes, reducing downtime and maintenance costs
- Optimized Weight Distribution: Symmetrical geometry with balanced mass placement ensures predictable flight dynamics and stable hovering characteristics
- Universal Electronics Compatibility: Accommodates standard 22mm motor mounts, supports multiple ESC mounting configurations, and features XT60 connector mounting points
Perfect For
- FPV Drone Racing: The lightweight 500mm wheelbase and rigid carbon construction enable high-speed maneuvering through racing gates with minimal latency and maximum responsiveness in competitive racing environments
- Aerial Cinematography: Professional videographers utilize this frame for smooth, stable footage capture with gimbal-mounted cameras, benefiting from the frame's vibration-damping carbon fiber properties
- Long-Range FPV Flying: The structural integrity supports extended flight times with larger battery configurations, ideal for exploring vast landscapes and transmitting live FPV video feeds over kilometers
- Autonomous Mapping and Surveying: Agricultural and surveying professionals deploy this platform for autonomous GPS-guided missions, carrying payload sensors for crop monitoring and land surveying applications
- Research and Development: Roboticists and engineers use this frame as a development platform for testing custom flight controllers, sensor arrays, and autonomous algorithms
How to Use
Install the four motor mounting plates onto the arm tubes using the provided M2 screws, ensuring perfect perpendicularity with a precision square. Mount the brushless motors to the aluminum plates, verifying that motor shafts rotate freely without wobble. Install the flight controller and ESC stack onto the center plate using vibration-dampening foam or rubber standoffs to isolate sensors from motor vibration. Connect the ESC signal wires to flight controller outputs in the correct rotation order, then calibrate ESC throttle ranges using your flight controller's calibration routine before first flight.
Route all power and signal cables through the frame's cable management channels to minimize electromagnetic interference and maintain clean aesthetics. Solder XT60 connectors to your battery pack and ESC power distribution board, ensuring correct polarity to prevent catastrophic failures. Before maiden flight, perform a static thrust test by securing the frame to a scale and verifying that each motor produces approximately equal thrust at 50% throttle. Calibrate your gyroscope and accelerometer sensors using your flight controller's software, then perform a compass calibration if using GPS modules. Start with conservative PID tuning parameters and gradually increase gains through test flights, monitoring for oscillations or instability.
Product Overview
The TBS 500 Carbon fiber frame KIT utilizes a symmetrical quadcopter design with integrated motor mounting plates and optimized arm geometry for balanced weight distribution. The frame employs 3K carbon fiber weave throughout the chassis, booms, and center plate assembly, providing exceptional rigidity while maintaining a featherweight profile. The design incorporates pre-drilled mounting points for ESCs, flight controllers, and camera gimbals, allowing seamless integration with standard 22mm motor mounts and industry-compatible electronics. The frame's geometry is specifically optimized for 500mm wheelbase performance, delivering superior agility in racing scenarios and stability in cinematography applications.
This kit distinguishes itself through precision manufacturing tolerances and modular construction methodology. Each component is CNC-cut to exact specifications, ensuring perfect frame alignment and eliminating wobble or vibration issues that plague lesser designs. The carbon fiber layup sequence balances torsional rigidity with impact absorption, critical for surviving high-velocity crashes during FPV racing. The frame accommodates 4S to 6S LiPo battery configurations, supporting motor combinations from 2300KV to 2700KV brushless motors, making it versatile for both racing and photography missions.
Frequently Asked Questions
What is the maximum takeoff weight for the TBS 500 frame?
The TBS 500 can safely support approximately 1200-1500 grams total takeoff weight depending on motor KV rating and battery configuration. With 2300KV motors and 4S batteries, expect maximum weight around 1200g. With 2700KV motors and 6S batteries, you can approach 1500g. Always verify motor thrust specifications and maintain a thrust-to-weight ratio of at least 3:1 for safe FPV racing performance.
Is this frame suitable for beginners?
The TBS 500 is intermediate to advanced level due to its racing-oriented design and compact form factor. Beginners should start with larger 600-700mm frames for stability. However, experienced pilots transitioning to racing or those with soldering and electronics assembly experience can successfully build this frame. We recommend having prior quadcopter assembly experience before attempting a TBS 500 build.
What motor KV range is recommended for this frame?
The TBS 500 performs optimally with 2300KV to 2700KV brushless motors. For 4S battery configurations, use 2600-2700KV motors. For 6S configurations, use 2300-2400KV motors. These KV ranges provide balanced performance between top speed and efficiency. Always verify motor thrust curves against your total aircraft weight to ensure adequate power margins.
Can I use this frame for aerial photography?
Yes, the TBS 500 can accommodate small cameras and gimbals, though it's primarily designed for racing. You can mount lightweight cameras up to 150-200g using custom camera plates. For serious cinematography, consider larger 600-700mm frames which provide better stability and payload capacity for professional gimbals.
How durable is the carbon fiber against crashes?
The 3K carbon fiber construction is highly impact-resistant compared to plastic frames. The frame typically survives multiple high-speed crashes without damage. However, extreme impacts can crack carbon tubes or delamin the layup. The modular design allows quick replacement of damaged arms without rebuilding the entire frame, minimizing repair costs.
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
Order your TBS 500 Carbon fiber frame KIT today and start building your next project.