Portable Radio Detector

Client country: China

Services: Industrial design｜Machine design｜Hardware development｜Firmware development｜Functional prototyping｜Tool Development

Project Background

With the rapid development of wireless communication technology, radio equipment is increasingly being used in modern society. To fulfill the customer’s demand for accurate radio signal detection in outdoor complex environments, we took on the challenging task of designing and developing a portable, high-performance portable radio detector with triple protection features (waterproof, dustproof, and shockproof).

Solution

Faced with this challenge, our team proposed the following solutions after in-depth research:

Adopt high-performance radio detection chips to ensure the detector’s excellent signal capture and analysis capabilities.
Design a compact and lightweight enclosure structure to facilitate outdoor carrying and operation by users.
Introduce advanced sealing technology and shock-resistant materials to ensure the detector can function normally in harsh environments.

Project Process

Step 1-Portable Radio Detector Industrial Design

Based on customer requirements and market research, we designed a radio detector with a stylish appearance and user-friendly operation. At the same time, OPD Product Design fully considered portability and user experience to ensure the product meets outdoor usage needs.

Step 2-Mechanical Design

Generated 27 design concepts
Key innovations:
- Torsion spring mechanism (Patent Pending)
- Dual-stage pressure detection
- Self-aligning mouthpiece
Pugh Matrix selection

Step 3-Hardware Development

In the hardware development phase, we selected high-performance radio detection chips and stable power management modules. We also considered the product’s power consumption and heat dissipation issues to ensure it can operate stably for extended periods.

Step 4-Firmware Development

Firmware development is crucial to the product’s functionality. Our team wrote efficient and stable firmware code, enabling fast signal capture, accurate analysis, and real-time display. We also added automatic calibration and fault detection functions to improve the product’s stability and reliability.

Step 5-Prototype Fabrication and Testing

After completing hardware and firmware development, we fabricated a product prototype and conducted rigorous testing. The test results showed that our product exhibited excellent performance and reliability, meeting customer demands.

Step 6-Portable Radio Detector Mold Development

Based on the prototype test results, we proceeded with mold design and development. Through continuous optimization of mold structure and manufacturing processes, we ensured product quality and production efficiency.

Step 7-Portable Radio Detector Mass Production

After completing mold development, we initiated mass production. We adopted advanced production equipment and strict quality control systems to ensure each product met customer expectations.

Value

Through our efforts, customers gained the following value:

Efficient and Accurate Radio Detection Capability:Our product can rapidly capture and analyze radio signals, enabling customers to accurately understand signal quality and frequency band occupancy.

Portability and Easy-to-Use:The product’s compact design and lightweight enclosure allow users to carry and operate it effortlessly outdoors. The user-friendly interface and operation process also reduce the learning curve for users.

Excellent Triple Protection Performance: The product’s waterproof, dustproof, and shockproof features enable it to function normally in harsh environments, meeting customers’ specific needs.

Stable Performance and Reliability: We utilized high-performance hardware and stable firmware design to ensure the product’s stability and reliability. Additionally, we provide comprehensive after-sales service and technical support to ensure customers receive timely assistance and support during use.