Perseverance Rover
by NASA / JPL
Perseverance is a Mars rover exploring Jezero Crater.
- Height
- 2.2 m
- Weight
- 1,025 kg
- Speed
- 0.14 km/h
- Battery
- MMRTG (nuclear)
Price Range
$2.7 billion (mission)
RobotScore
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Overview & Analysis
The Perseverance Rover by NASA / JPL is a space robot, developed in United States, launched in 2020 that represents NASA / JPL's approach to extreme-environment exploration and operations. Perseverance is a Mars rover exploring Jezero Crater.
Standing at 2.2 m and weighing 1,025 kg, its physical dimensions are designed for space applications. With a maximum speed of 0.14 km/h, it enables efficient task completion within its operational environment. The payload capacity of 60 kg supports the physical demands of its intended applications. Battery life of MMRTG (nuclear) provides operational runtime suitable for typical deployment scenarios, though extended missions may require charging infrastructure.
On the intelligence front, the Perseverance Rover features 2 AI capabilities: autonomous navigation, sample collection. Autonomous navigation is particularly valuable for unsupervised operation in dynamic environments. This combination of capabilities positions the Perseverance Rover as a competitive option in the space space, offering a balanced combination of capability and value.
Common Use Cases
- 1Planetary surface exploration and sampling
- 2Orbital construction and satellite maintenance
- 3Deep space probe operations
- 4Launch vehicle inspection and preparation
- 5In-situ resource utilization (ISRU)
Strengths
- ✓Mobility speed of 0.14 km/h enables efficient task completion in human environments
- ✓Payload capacity of 60 kg allows handling of real-world objects and tools
- ✓AI capabilities including autonomous navigation, sample collection enable adaptive behavior
- ✓6 degrees of freedom provides human-like dexterity for manipulation tasks
- ✓Human-compatible form factor allows operation in existing infrastructure without modification
Considerations
- !Regulatory approval for autonomous operation in public spaces varies by jurisdiction
- !Integration with existing IT infrastructure and safety systems requires careful planning
Who Should Consider the Perseverance Rover?
The Perseverance Rover is designed for space agencies, aerospace contractors, and research institutions involved in off-world operations. If your mission requires autonomous operation in extreme environments with communication delays, or if you need a platform for orbital or surface robotics R&D, the Perseverance Rover offers relevant capabilities. Evaluate radiation tolerance, communication systems, and autonomy levels for your specific mission profile.
Competitive Landscape
The Perseverance Rover operates in the competitive space robot market where buyers should evaluate multiple platforms against their specific requirements. Key differentiators include the robot's specifications, manufacturer support ecosystem, software maturity, and total cost of ownership. Use our comparison tools to evaluate the Perseverance Rover against alternatives in the space category.
Full Specifications
| Specification | Perseverance Rover NASA / JPL space |
|---|---|
| Status | active |
| Price | $2.7 billion (mission) |
📐Physical Dimensions | |
| Height | 2.2 m |
| Weight | 1,025 kg |
| Degrees of Freedom | 6 |
⚡Performance Specs | |
| Max Speed | 0.14 km/h |
| Battery Life | MMRTG (nuclear) |
| Payload | 60 kg |
🧠AI Capabilities | |
| AI Capabilities | autonomous navigationsample collection Score: 4 |
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Frequently Asked Questions
Verified Sources
Official links for Perseverance Rover specifications and information.