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I will develop custom uav led light pcb, anti collision strobe, drone navigation system
PCB Design and Embedded Systems Engineer
I’m Daniel Collins, an electronics and embedded systems professional focused on developing reliable hardware and intelligent firmware for modern electronic products.
I specialize in taking projects fr...
About this Gig
HELLO!!!!
UAV lighting requires more than simply connecting LEDsit demands controlled current, efficient power conversion, synchronized strobe timing, thermal management, and reliable operation from the aircraft power system.
You will get a professionally engineered UAV LED lighting PCB for anti-collision strobes, navigation lights, landing lights, and drone status indicators. I can develop the electronics around your battery voltage, LED specifications, brightness targets, control interface, and UAV configuration.
What I will provide:
- UAV LED lighting architecture
- High-power LED driver circuits
- Anti-collision strobe control
- Navigation & position lighting
- Constant-current LED control
- PWM brightness control
- MOSFET switching & protection
- Thermal & power management
- Battery monitoring
- MCU integration
- CAN, UART, PWM or GPIO control
- Schematic & PCB layout
- BOM, Gerbers & manufacturing files
- Testing & documentation
Why choose me:
- UAV-focused engineering
- Efficient power control
- Compact PCB design
- Reliable protection
- Complete documentation
Have a drone lighting project? Send your requirements today and let's build your UAV lighting system.
FAQ
Can you design anti-collision drone lights?
Yes. I can develop programmable strobe circuits with adjustable timing, brightness and flash patterns.
Can you design navigation lights for drones?
Yes. I can develop dedicated navigation, position and status lighting channels for UAV platforms.
Can you work with high-power LEDs?
Yes. I can design constant-current driver and thermal-management circuits based on your LED specifications.
Can the lights be controlled by a flight controller?
Yes. The lighting system can support GPIO, PWM, UART, CAN or another control interface depending on your requirements.
Can you design a compact PCB?
Yes. I can optimize the PCB for your available space, connector placement, power requirements and enclosure constraints.
