Description
🖼️ Tool Name:
Angsa Robot
✏️ Overview & Key AI Features (2026 Edition):
Neural Network Trash Detection: Unlike a standard vacuum, Angsa uses a specialized neural network to distinguish between "trash" and "nature." It targets bottle caps and cigarette butts while leaving grass, insects, and pebbles undisturbed.
Surface-Adaptive Cleaning: Engineered to operate on complex terrains including parks, festival grounds, gravel paths, and cobblestone without damaging the ground.
Zero Infrastructure Required: It does not need boundary wires, beacons, or external sensors. It relies entirely on its onboard cameras and GPS (enhanced by Swift Navigation) to stay within its designated zone.
Smart GIS Integration: Users can define cleaning areas using Google Maps or their own Geographic Information System (GIS) data directly within the mobile app.
8-Hour Endurance: Designed to cover a full work shift, cleaning up to 8,000 m² and collecting over 2,000 items on a single charge.
Modular "Swappable" Design: To ensure maximum uptime in 2026, the robot features swappable battery and vacuum modules for quick field maintenance.
⭐️ User Experience (2026):
"The Green Revolution": Rated 4.8/5 by city administrations and event organizers. It is highly praised for tackling "micro-litter" that is ecologically damaging and previously required manual hand-picking.
Labor Efficiency: Cleaning companies report that one Angsa robot acts as an "additional team member," allowing human staff to focus on more complex maintenance tasks.
💵 Pricing & Plans (March 2026 Status):
Angsa Robotics typically operates on a B2B / Government model with customized fleet pricing.
🎁 How to Get Started:
Visit For commercial or municipal inquiries, you can request a demo to see the robot map your specific park or event space. For daily operation, a worker simply places the robot in the zone and presses "Start" via the Angsa App.
⚙️ Access or Source:
Official Website
Headquarters: Munich, Germany.
Key Investors: Husqvarna Group, ESA BIC Bavaria.
Category: Green Tech, Autonomous Waste Management, Robotics.
Primary Use Case: Keeping parks, cemeteries, resorts, and festival grounds clean by autonomously removing small-scale waste that is difficult to sweep or pick up manually.
🔗 Experience Link:
https://angsa-robotics.com