All RFID Product

CK-M1 UHF Drone RFID Module(images 1)

UHF Drone RFID Module

✔️ Slim body around 7–8 mm, easy to fit on UAV frames


✔️ Over 600 tag reads per second, up to 10 m in open air


✔️ Metal housing designed to handle vibration and movement

Talk to an Expert
CK-M1 UHF Drone RFID Module(images 2)
CK-M1 UHF Drone RFID Module(images 3)
CK-M1 UHF Drone RFID Module(images 4)
CK-M1 UHF Drone RFID Module(images 5)
CK-M1 Drone RFID Module
CK-M1 UHF Drone RFID Module(images 7)
CK-M1 UHF Drone RFID Module(images 8)
CK-M1 UHF Drone RFID Module(images 9)

In flight, power output can be adjusted to match altitude and distance. This helps avoid signal flooding when flying low and keeps reads consistent when the drone climbs higher. Circular antennas are commonly used with CK-M1 because they handle rotation and angle changes better during flight.
In real inspections, drones equipped with this drone rfid reader scan over 1,200 tagged parts per hour, reduce manual inspection work by more than 60%, and keep read accuracy steady even when wind conditions change.

Online Procurement
Name*
Email Address*
TEL*
Company/Unit Name*
Quantity*
Content*
Submitting…
Submission Successful! We will arrange the connection shortly.
Submission Failed! Please try again later.
Invalid Email Address!
Invalid Phone Number!

CK-M1 Drone RFID Module Specifications

  • ModelCK-M1
  • BrandCykeo
  • Product NameDrone RFID Module
  • Dimensions71.51mm×52.63mm×8.4mm
  • Power Input 5V 4A
  • Power Consumption8W @ 33dBm
  • API InterfacesRESTful & Native APIs (IoT/ERP Integration Ready)
  • ​LanguagesJava, C# (Cross-Platform Compatibility)
  • ​Secondary Development SDKFull toolkit for ​custom firmware & app development
  • Frequency Range840MHz~960MHz
  • Bulk Read Speed>600 tags/sec
  • Protocol SupportISO 18000-6B/6C, EPC C1G2, GB/T29768-2013
  • Reading Range0-10m (EPC Reading), 0-4m (Writing)
  • ​RF Power (Port)33dBm±1dBm (Adjustable)
  • ​Power Adjustment1 dB step
  • Interfaces15-Pin Terminal (UART/USB/GPIO)
  • Operating Temperature-20°C to +70°C
  • ​Humidity10%RH–95%RH (Non-Condensing)
  • ​Storage Temperature-40°C to +85°C

NEED A CUSTOM SOLUTION?

Submit your requirements and valid contact details – Our engineers will deliver a custom solution within 24 hours.

*
*
*
*
Submitting…
Ok, thanks.
Submission Failed! Please try again later.
Invalid Email Address!
Invalid Phone Number!
Drone RFID Module FAQs
How can stable reads be achieved on wind turbines with strong airflow?

Wind turbines are not stable targets. Altitude shifts and blade rotation affect tag orientation all the time. Most operators tune RF power during flight and rely on circularly polarized antennas. Tag filtering is also used to ignore background tags. With this setup, CK-M1 keeps reads consistent without flooding the system with noise.

Why is CK-M1 suitable for agricultural drones?

Agricultural drones operate close to crops and chemicals. CK-M1 handles moisture, vibration, and spray environments without extra protection. It reads tags near the ground and can link with common UAV control systems used in spraying and monitoring. Farms using RFID-enabled drones report fewer repeat passes and longer usable flight time per battery cycle.

How does the drone rfid reader perform in cities with heavy interference?

Urban areas have Wi-Fi, mobile networks, and reflective surfaces. CK-M1 uses frequency hopping and listen-before-talk mechanisms to reduce interference. Keeping the module lightweight also helps flight stability. In test deployments, urban drone operations achieved over 98% successful tag reads, with no reported EMI issues near buildings.

Warehousing

RFID-enabled 3D inventory systems achieve 99.6% stock accuracy with 20-meter bulk scanning capabilities.

Explore
Logistics

RFID+IoT cross-docking solutions boost cargo processing speed to 600 units/hour with zero manual input.

Explore
Tool Tracking

RFID-powered tool tracking reduces equipment retrieval time by 53% in live-line maintenance operations.

Explore
Healthcare

Medical-grade RFID sterilization control cuts surgical instrument prep errors by 78%.

Explore
Manufacturing

RFID-enabled production line verification achieves 800+ units/minute batch inventory with 99.97% accuracy.

Explore
Energy

Medical-grade RFID sterilization control cuts surgical instrument prep errors by 78%.

Explore
Security

Intelligent anti-theft systems with RFID quantity validation reduce inventory shrinkage by 67% in 24/7 mode

Explore
Warehousing
Logistics
Tool Tracking
Healthcare
Manufacturing
Energy
Security