Robot Vacuums With Obstacle Avoidance

Robot vacuums with obstacle avoidance

Worried about your vacuum sucking up items that could jam its parts or getting stuck under the sofa? The best robot vacuums with obstacle avoidance use advanced sensors and cameras to detect and dodge everyday hazards in real time, from pet bowls and toys to chair legs. They can even respond quickly to moving objects like opening doors. Smart mapping ensures full coverage without wasted time, bumps, or marks on walls and baseboards. With powerful suction and mopping capability, these vacuums keep your floors spotless. Shop your robot vacuum with obstacle avoidance today, and enjoy free shipping across Australia. Enjoy a 30-day refund or exchange period and warranty for a period of 12 months¹.

Recommended products

DEEBOT X8 PRO OMNI Robotic Vacuum & Mop

  • AIVI 3D 3.0 (Obstacle Avoidance)
  • 18,000Pa Powerful Suction
  • ZeroTangle 2.0 (Anti-tangle)
  • Al Instant Re-mop
  • Quiet Operation
AUD2,499.00

DEEBOT X11 PRO OMNI Robotic Vacuum & Mop

  • AIVI 3D 3.0 (Obstacle Avoidance)
  • PowerBoost Flash-Charge
  • 63°C Hot Air Drying
  • Double-Effect Clean Solutions
  • AGENT YIKO (AI Agent)
AUD2,699.00

DEEBOT X11 OmniCyclone Robotic Vacuum & Mop

  • AIVI 3D 3.0 (Obstacle Avoidance)
  • TruEdge 3.0 (Edge Cleaning)
  • Bagless OmniCyclone Station (Self-Empty)
  • TruePass System (Threshold Climbing)
AUD2,999.00

DEEBOT T50 MAX PRO OMNI Robotic Vacuum & Mop

  • AIVI 3D 3.0 (Obstacle Avoidance)
  • BLAST (Power Suction)
  • OZMO Turbo 2.0 (Rotating Mopping)
  • Professional Carpet Care
  • Real-Time Video Call
AUD1,799.00

About Our Robot Vacuums With Object Avoidance

Our robot vacuums with obstacle avoidance provide automated cleaning for busy households. Powered by the VLM model, AIVI 3D 3.0² uses advanced TruEdge 3D sensors², and deep learning neural network architectures to recognise objects in real time and adjust their path to clean closely around coffee tables, pet beds, and cables without causing damage.

In households with kids or pets, real-time path planning allows quick responses to sudden movements or unexpected obstacles. These vacuums also adapt to different surfaces, from hardwood and tile to carpets, navigating smoothly across thresholds.

For multi-level homes, cliff sensors and intelligent mapping prevent falls on the stairs while keeping the cleaning route efficient. You can also set virtual boundaries to protect delicate furniture or block off tight spaces. Together with strong suction and mopping capabilities, these smart vacuums cover every inch of your home and protect your assets while you focus on your day.

Disclaimer(s):

  1. Please refer to our refund/exchange policy and warranty policy.
  2. Different models have varying features. AIVI 3D 3.0 and TruEdge 3D sensors are based on the DEEBOT X11 OmniCyclone. Please refer to the product page for accurate details.

FAQ

Are robot vacuums with obstacle avoidance worth it?

Yes, they’re worth the purchase if you want to protect your assets while maximising the cleaning coverage. Obstacle avoidance allows the vacuum to dodge hazards to prevent jams and damage, which means less manual intervention from you.

How to choose the best robot vacuum with obstacle avoidance?

When buying a smart vacuum, pay attention to key obstacle avoidance features include advanced sensors, cameras, and AI-powered detection that recognise objects in real time. The best vacuums can navigate smoothly around furniture and clutter while still cleaning edges as close to the object as possible.

Can robot vacuums avoid pet waste?

Yes, premium robot vacuums with high-tech object detection are able to recognise and avoid pet waste. Instead of running through messes, they stop or navigate around them, preventing smearing or damage. However, there is no 100% guarantee they will avoid pet waste in all situations.

Can robot vacuums avoid moving objects like pets or people?

Yes, robot vacuums with sophisticated obstacle avoidance features can react quickly to moving objects, for example, when pets are running or kids are playing. Using AI, sensors, and real-time detection, they adjust their path instantly to avoid collisions.