Case Study: DJI Flycart 30 and Wisson AP30-N1 for Police and HAZMAT

Drones, such as the DJI Flycart 30, have become essential for police and HAZMAT responses. By pairing this drone with the Wisson AP30-N1 aerial manipulator, teams can now remove dangerous objects with greater safety. In addition, it makes it possible to manage interventions in complex environments, particularly in Belgium and Luxembourg.

Police and HAZMAT interventions

Emergency interventions in hazardous areas require specific solutions. Indeed, the safety of operators is paramount. The integration of the DJI Flycart 30 drone with the Wisson AP30-N1 makes it possible to perform these tasks while reducing risk. This allows teams to intervene faster and with better precision

Wisson AP30-N1: Innovative aerial manipulator

The Wisson AP30-N1 is a system based on Pliabot® technology. It is capable of lifting up to 15 kg and operating in extreme conditions. For example, it is effective even at temperatures down to -40°C. In addition, this system is energy-efficient, consuming only 60W in operation. Its ability to extend vertically up to 800 mm allows for critical tasks, such as grasping and handling hazardous objects.

Advantages of the DJI Flycart 30 and Wisson AP30-N1

• Enhanced security : With this solution, police and HAZMAT teams can handle objects remotely. Therefore, it reduces the risk of direct exposure.
• High load-bearing capacity: the Wisson AP30-N1 is capable of lifting heavy loads, while remaining light and flexible.
• Adaptability : Finally, this system is designed to accommodate a variety of complex flight operations. It can be used for precision spraying and the transport of hazardous objects, among other things.

Conclusion

The integration of the Wisson AP30-N1 with the DJI Flycart 30 drone provides an efficient solution for police and HAZMAT responses. These technologies make it possible to improve the safety of interventions in Belgium and Luxembourg. To learn more about these solutions, visit our Professional Drones page or visit the Wisson Robotics website