New Bee Transmission: Supporting the Successful Launch of "Weili Space" Low-Orbit Navigation Satellites
Apr 16,2025

Mission Overview

A recent successful launch mission saw the deployment of 10 satellites for the "Weili Space" low-orbit navigation enhancement system via a single rocket launch ("One Rocket, Ten Satellites"). All satellites were accurately delivered into their designated orbits, marking another milestone in space-based navigation technology.

'Weili Space' Navigation Enhancement System

The'Weili Space' system consists of 160 low-orbit satellites and a ground-based network, forming an integrated space-ground constellation. It enhances the performance of China's BeiDou Navigation Satellite System (BDS), providing high-precision, real-time positioning services for:

Autonomous vehicles

Geographic information systems

Public safety & emergency response

Global consumer navigation

 New Bee Transmission’s Contribution

New Bee Transmission’s ultra-thin, high-precision double-row angular contact bearings and ultra-thin deep groove ball bearings were used in satellite communication terminal equipment, ensuring high signal stability and positioning accuracy. These bearings feature:
Lightweight design – Reduces satellite payload
Ultra-high precision – Enhances signal transmission reliability
Low energy consumption – Extends satellite service life

Future Impact

With the full deployment of 160 low-orbit satellites, the "Weili Space" system will establish a global high-precision positioning network, revolutionizing industries such as:

Drone delivery & logistics

Precision agriculture

Autonomous driving & smart transportation

Disaster monitoring & emergency response

Key Highlights:
Successful Launch: 10 satellites deployed in one mission.
Global Coverage: 160-satellite network enhances navigation systems.
Bearing Technology: High-precision, lightweight bearings ensure signal accuracy.
Industry Impact: Enables breakthroughs in drones, agriculture, and autonomous systems

 Feedback

New Bee Transmission’s advanced bearing technology continues to support aerospace advancements, driving innovation in satellite navigation and global connectivity.