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Limx Dynamics Oli EDU
Full-size research humanoid with open SDK and LLM support
57.2*
out of 100
Average
$65,249
Released 2025
Partial score — based on publicly available specifications. Hands-on subcategories pending physical testing.
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Overview
The LimX Dynamics Oli EDU is a full-size research humanoid standing 1.65 m and weighing ~55 kg. With 31 degrees of freedom, a fully open SDK, onboard LLM support, and multi-stream sensor fusion, it targets university labs and AI research teams. A hot-swappable 9500 mAh battery provides ~1.5 h of operation. Backed by NIO and available globally at $65,249.
Score Breakdown
Mobility & Performance
57%
Max Speed
~1.4 m/s
6/10
Payload Capacity
~3 kg
5/10
Battery Life
~1.5 h
6/10
Terrain Adaptability
Pending hands-on
Category weight: 19%
Intelligence & Autonomy
70%
AI Capabilities
Pending hands-on
Sensor Suite
RealSense + IMU + opt. LiDAR
7/10
Autonomous Navigation
Pending hands-on
Task Learning
Pending hands-on
Category weight: 20%
Build Quality & Hardware
70%
Durability & Materials
Modular design
7/10
Degrees of Freedom
31 DOF
7/10
Safety Features
Pending hands-on
Category weight: 15%
Value for Money
43%
Price / Performance Ratio
$65,249
4/10
Warranty & Support
Research support
6/10
Market Availability
Global
6/10
Category weight: 32%
Developer Experience
75%
SDK & APIs
Fully open SDK
8/10
Documentation & Community
Growing
7/10
Category weight: 9%
Ecosystem & Platform
26%
App Marketplace
No app store
1/10
Ecosystem Maturity
Open SDK + LLM
5/10
Category weight: 5%
Available skills 1
Technical Specifications
Height
1.65 m
Weight
~55 kg
DOF
31
Max Speed
~1.4 m/s
Battery Life
~1.5 hours
Arm Payload
~3 kg
Sensors
IMU, Intel RealSense, industrial cameras, optional LiDAR
OS
Ubuntu / ROS2
Connectivity
Wi-Fi, Ethernet
Pros & Cons
Strengths
- Fully open SDK with onboard LLM and multi-sensor fusion support
- Hot-swappable battery for continuous operation
- Modular hardware design for fast maintenance and iteration
- ROS2 compatible with strong developer toolchain
- Backed by NIO — solid funding and R&D roadmap
Weaknesses
- High price at $65,249 for the EDU configuration
- Lower arm payload (~3 kg) compared to some competitors
- Community and documentation still growing
- Walking speed modest at ~1.4 m/s
Specs-based analysis — score derived from manufacturer data. How we score
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