To address challenges in optoelectronic tracking system testing, such as limited test scenarios, difficulties in constructing test environments, and insufficient performance evaluation, a dynamic-base optoelectronic tracking algorithm performance verification system is designed in this paper. The architecture and operating principle of this algorithm verification system are elaborated, and various FPGA functional modules in the system are connected using the VPX architecture and work together, with the ability to process two high frame rate videos. On the premise of ensuring compatibility design, it provides a modular and scalable information processing hardware platform for the development of optoelectronic tracking software. Experimental results demonstrate that the verification system can simulate common carrier disturbance environments and target movements while executing algorithm processing. The system can be developed through secondary development and engineering porting, and various testing scenarios can be set up to achieve performance testing and verification of optoelectronic tracking algorithms, thereby saving costs and improving operational efficiency.