ZongMu Technology introduces new intelligent driving/parking products

Beijing (Gasgoo)- On July 25th, China’s autonomous driving developer ZongMu Technology introduced its parking technology platform, Drop’nGo®, and driving/parking integrated product at a launch event.

Photo credit: Zongmu Technology

Drop’nGo® is the company’s latest achievement in the intelligent parking field, consisting of two lineups, Drop’nGo®Lite and Drop’nGo®. The goal of Drop’nGo®Lite is to create the ultimate L2 parking experience comparable to the skill level of experienced human drivers. The goal of Drop’nGo® is to allow vehicles to complete the last kilometer of the parking autonomously without human control. 

Drop’nGo® Lite is equipped with 12 long-distance ultrasonic sensors, which are compatible with AK1 and AK2 models. The AK2 sensor can achieve better detection performance, anti-interference ability, lower detection delay, better parking detection ability, and provide low-speed AEB function. 

On the other hand, Drop’nGo® is an interactive solution integrating the vehicle, parking lot, cloud, and mobile phone. The Drop’nGo®Vehicle subsystem consists of one ECU, four surround-view cameras, one front-facing camera, five millimeter-wave radars, and twelve ultrasonic sensors. 

Lastly, ZongMu Technology’s new integrated driving/parking product, Amphiman, is composed of three product series, Amphiman300, Amphiman 5000, and Amphiman 8000. 

Amphiman3000 series supports ICA, TJA-PRO, and seventeen other high-speed ADAS functions in driving. In terms of parking, the series supports all the functions offered by Drop’nGo® Lite GenII.

Amphiman5000 series enables high-speed NGP functions, such as automated on/off-ramp and active lane changing and overtaking. It features memory map building, one-click parking, intelligent summoning, remote monitoring, and other Drop’nGo® GenII functions. 

Amphiman8000 series can be powered by Horizon Robotics’ Journey 5 chips or Qualcomm’s Snapdragon Ride chips. The software architecture platform will be upgraded to 3.0, supporting all scenarios up to L2.9 at the level of systematic functions. The platform is expected to be released in the fourth quarter of 2024.