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Obstacle Avoidance
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Real-time sensing and control loops that keep robots clear of hazards.
- Difficulty
- Beginner
- Popularity
- Not available
- Robots Using
- 231
- Companies Using
- 141
- First Introduced
- 2011
- Status
- Mature
- Category
- Navigation
- Countries
- 25
What is Obstacle Avoidance?
Obstacle Avoidance is a core capability in modern robotics — Real-time sensing and control loops that keep robots clear of hazards.
Engineering teams integrate obstacle avoidance into perception, planning, or control pipelines depending on the platform and task.
Obstacle Avoidance is linked to 219 robots and 141 companies in the current RoboDex archive.
Advantages
- Widely documented across the Navigation stack
- Connects naturally to neighboring technologies
- Supports commercial and research deployments
Limitations
- Integration cost varies by platform
- Performance depends on sensors and compute
- Standards and tooling continue to evolve
Future outlook
Obstacle Avoidance continues to deepen as robotics moves toward more autonomous, general-purpose systems.
Key concepts
Core idea
Real-time sensing and control loops that keep robots clear of hazards.
In the stack
Usually appears alongside lidar and depth cameras.
Difficulty
Beginner — expect practical engineering depth.
Category
Filed under Navigation in the RoboDex library.
Robots
Browse robots Robots using Obstacle Avoidance
12 linked in the current archive.
Companies building with this
Explore the connections
Library neighbors and learning paths for this technology. Robot and company strips above grow automatically as more bots are linked in the archive.
Connected Technologies
Recommended Learning Path
Related Technologies
How Obstacle Avoidance evolved
- 1971
Foundations
Early research lays groundwork for what becomes Obstacle Avoidance.
- 1999
Laboratory systems
Prototypes prove the concept in controlled environments.
- 2011
Archive milestone
Obstacle Avoidance reaches broad visibility in commercial and research robots.
- 2024+
Modern deployments
Production fleets and humanoids adopt refined variants at scale.
- 2026
Next wave
Tighter coupling with AI, simulation, and full-stack autonomy.
Real-world use
Warehouse Robots
Pick, sort, and move inventory with perception-aware autonomy.
Related robotsHumanoids
General-purpose bipeds that learn skills from data and demos.
Related robotsMedical Robots
Precision assistance in surgical and clinical environments.
Related robotsIndustrial Automation
High-reliability systems for continuous production.
Related robotsAgriculture
Field robots for monitoring, harvesting, and terrain work.
Related robotsConsumer Robotics
Companions and home devices with embedded intelligence.
Related robotsResearch
Latest papers
No curated research papers indexed for Obstacle Avoidance yet.
Fast facts
Robots Using
231
Companies
141
Countries
25
Research Papers
Not available
Commercial Since
2011
Popularity
Not available
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