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[CUAV] ³×¿À4 ³ª³ë M10 GPS - DroneCAN (¿¹¾àÆÇ¸Å)
NEO 4 NANO
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CUAV NEO 4 NANO MINI GNSS MODULE

[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 1

Compact & Lightweight Highly Integrated, Miniaturized Design

NEO 4 NANO innovatively adopts a highly integrated, miniaturized design with a precise internal structure and a compact overall appearance. Compared with conventional GPS positioning modules, its size is significantly reduced, with a weight of only 10.6 g.
 The compact body integrates complete positioning functions, easily meeting the strict space requirements of micro unmanned system devices, expanding application possibilities, and ushering in a new era of high-precision positioning.

[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 2

u-blox M10 SystemFour GNSS Concurrent Reception

NEO 4 NANO supports simultaneous reception of signals from four major satellite navigation systems: BeiDou, Galileo, GLONASS, and GPS/QZSS. By intelligently selecting optimal satellite signals, NEO 4 NANO can significantly enhance positioning availability and stability in complex environments such as urban canyons.

[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 3
Powerful Processor Self-Developed M4C Architecture Support

NEO 4 NANO is equipped with an STM32H5 processor, featuring a 250 MHz clock speed and an Arm Cortex-M33 core, which can deliver ample computing power. Combined with CUAV¡¯s self-developed highly flexible M4C architecture software, it enables efficient customized development and upgrading.
[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 4
High Anti-Interference Compass Wide Dynamic Magnetic Field Detection

NEO 4 NANO features a built-in ST LIS2MDC compass, with a magnetic field dynamic detection range of up to 50 Gs and temperature offset compensation. It delivers outstanding performance in high dynamic range and strong magnetic interference resistance among similar products.

[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 5
Accurate and Reliable | Dual SAW+LNA

NEO 4 NANO integrates TCXO and dual-channel LNA architecture, combined with RF filtering technology to build a high-performance active receiving antenna, which provides excellent receiving sensitivity and acquisition time, effectively improves signal quality, and ensures accurate and reliable positioning performance.
[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 6
RGB Full-Color Status Indicator Light Controller Unlock Switch

Equipped with an 8-channel bus-controlled RGB light group, NEO 4 NANO is integrated with a built-in buzzer, delivering multi-level status indication effects. Through intelligent scene recognition, it can clearly indicate various working statuses of the controller, including unlock status, battery level, positioning status, and fault information.
[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 7
DroneCAN Communication Protocol Compatible with Mainstream Open-Source Stacks

Adopting the DroneCAN protocol, NE0 4 NANO is fully compatible with mainstream open-source platforms such as ArduPilot and PX4, adapting to various unmanned system devices and having a wide range of application scenarios.
[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 8
[¾Ë¾¾¹ðÅ©]  [CUAV] ³×¿À4 ³ª³ë M10 GPS  - DroneCAN (¿¹¾àÆÇ¸Å) 9

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