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IRLAB CDD-BS59KU Analog FPV Camera – 1500TVL, 0.00001 lux sensitivity
The IRLAB CDD-BS59KU is a high-performance analog FPV camera engineered for extreme low-light tactical operations. With a resolution of 1500TVL and an ultra-low lux sensitivity of 0.00001 lux, it delivers clear video imagery in near-zero light conditions. Its compact aluminum alloy housing (19mm×19mm×27mm) weighs only 9g and consumes just 0.6W, making it ideal for SWaP-constrained military drones, AI detection platforms, and RC cars. The camera supports wide input voltage (DC4.5V–27V), 3DNR, and CVBS output, and is certified to FCC, CE, UL, UKCA, E-MARK, and ISO 9001 standards.
| Parameter | Value |
|---|---|
| Resolution | 1500TVL |
| Image Aspect | 4:3 |
| Min. Illumination | 0.00001 lux |
| Field of View | 120° |
| S/N Ratio | >60dB |
| Video Output | CVBS |
| DNR | 3DNR |
| Input Voltage | DC4.5V–27V |
| Power Consumption | 0.6W |
| Dimensions | 19mm×19mm×27mm |
| Net Weight | 9g |
This variant is based on model CDD-BS59KU. Options include customized cable lengths, connector types (e.g., IPEX, SMA), and IR-cut filter removal for monochrome night vision. Contact sales for other modifications.
Housing: CNC-machined aluminum alloy for heat dissipation and shock resistance. Lens: Glass+plastic hybrid to balance optical clarity and weight. PCB: High-density multi-layer with conformal coating for moisture and vibration protection.
IRLAB offers flexible OEM/ODM services: custom lens (FOV, IR-cut), cable assembly, connector type, housing color, and firmware tuning for specific contrast/gamma requirements. Minimum order quantity: 1 unit.
Client: FPV Drone manufacturer in Ukraine (1-year cooperation, 30K units).
Application: Deployed on tactical FPV drones for night operations in extreme darkness. The CDD-BS59KU’s 0.00001 lux sensitivity allowed accurate target identification and tracking where conventional cameras failed. The camera operated reliably across a wide temperature range (-38°C to 60°C) under high vibration and EMI environments.
Result: Delivered clear video imagery in very dark night conditions, redefining what's visible in near-zero light.
Q1: What is the minimum illumination for clear imaging?
The CDD-BS59KU can produce usable video at 0.00001 lux, equivalent to starlight. In real field tests, it performs well in near-total darkness without IR illuminators.
Q2: Is this camera compatible with my flight controller?
Yes, it outputs standard analog CVBS video. Most FPV flight controllers with analog input support it. Wide input voltage (4.5–27V) ensures compatibility with 1S to 6S drone batteries.
Q3: What certifications does the camera have?
FCC (USA), CE (EU), UKCA (UK), E-MARK E11 (vehicles), UL (US/Canada), RoHS, CTICK (AU/NZ), and the company is ISO 9001:2015 certified.
Q4: Can I use this camera for RC car racing?
Absolutely. Its low weight (9g) and small footprint make it suitable for RC cars. The 120° FOV provides good peripheral awareness.
Q5: What is the latency of the video output?
The analog CVBS output inherently has very low latency. The camera itself adds negligible delay, and the overall system latency (camera + VTX + goggles) can be below 50ms when using appropriate components.
Q6: Do you offer OEM customization?
Yes, IRLAB provides OEM/ODM services. We can modify cable length, connectors, lens FOV, IR-cut filter, and housing color. Minimum order is 1 unit for samples.
Q7: What is the operating temperature range?
The camera is tested for -38°C to 60°C, suitable for extreme environments encountered in military and high-altitude UAV operations.
Q8: How does the camera handle vibration?
The aluminum alloy housing and conformal-coated PCB provide excellent shock and vibration resistance, proven in high-speed drone penetration and combat scenarios.
Contact IRLAB Limited for pricing, samples, and technical support:
Payment Terms: T/T in advance, 30% deposit, 70% before shipment. Delivery: FCA Shenzhen or C&F Hong Kong. QC: 100% production check + AQL standard OQC.
Side view showing compact aluminum housing
Front view with glass+plastic lens