NOETIX Bumi Humanoid Robot
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🤖 NOETIX Bumi Humanoid Robot
AI Research • STEM Education • Corporate R&D • Programming
Meet Bumi, an advanced 21-Degree-of-Freedom (DoF) bipedal humanoid robotics platform. Designed specifically for universities, makerspaces, and AI researchers to explore motion teaching, machine vision, and autonomous control systems.
⚙️ Core Technical Specifications
🏆 Select Your Configuration (Lite vs. Air vs. Pro vs. Max)
The physical hardware remains identical across the range. Your selection dictates the computing power, programming access, and communication features unlocked on the platform.
🟢 Bumi Lite (The Foundation)
Best for: Basic STEM classrooms and motion demonstrations.
Features: App control, Manual Teaching, standard 21-DoF walking.
🔵 Bumi Air (Interactive)
Best for: Exhibitions and interactive learning.
Features: Adds Wi-Fi/Bluetooth, Voice Interaction Modules, and Low-Dynamic choreographed movements.
🟣 Bumi Pro (The Developer's Choice)
Best for: University engineering labs and coding bootcamps.
Features: Unlocks Graphical Programming, live Image Transmission, and upper-level motion control coding.
🟠 Bumi Max (Full Autonomous Capability)
Best for: Corporate R&D and advanced AI perception research.
Features: High-Dynamic motion capabilities, 4G/5G integrated connectivity, and full OTA update support.
⚠️ Important Note for AI & Vision Researchers
The standard Bumi configurations utilize a base 6 TOPS computing module. If your laboratory requires onboard autonomous machine vision, neural network processing, or deep learning algorithms, please contact us directly regarding the Bumi EDU Editions, which integrate the highly powerful NVIDIA Jetson Orin Nano / NX computing cores.
❓ Technical FAQ
Can it climb stairs or avoid obstacles autonomously?
No. While highly capable, Bumi operates on flat surfaces. Obstacle avoidance requires the developer to code the logic using the integrated sensors.
Does it support Python and C++?
Yes. The manufacturer provides SDK environments allowing developers to interface with the robot using industry-standard languages (Available on Pro/Max/EDU models).
Is this an industrial robot?
No. Bumi is designed as a research, STEM, and humanoid learning platform. It is not designed for heavy industrial lifting or manufacturing payloads.
🚢 Imported Safely via Shanvis Store
Pricing includes 100% Delivered Duty Paid (DDP) logistics to your Indian facility. All shipments include valid B2B GST invoicing for corporate accounting and ITC claims. Contact us for bulk university procurement pricing.
Why Choose the NOETIX Bumi Platform?
Open-Source Friendly Ecosystem
Stop fighting proprietary software. Higher-tier Bumi models support Python, C++, and graphical programming, making it the perfect canvas for custom algorithm deployment and ROS (Robot Operating System) integration.
Unmatched Kinematic Agility
With 21 Degrees of Freedom (6 in each leg, 4 in each arm, 1 in the waist), Bumi achieves incredibly smooth, human-like gait and complex upper-body manipulations previously unseen in this price bracket.
Industrial-Grade Build Quality
Built for the rigors of lab environments and daily STEM classroom use. Features robust metal gear servos, a quick-swap battery architecture, and a durable exterior shell designed to withstand minor falls.
Scalable from Classroom to Edge AI
Whether you need basic app-controlled walking for a high school demo (Lite), or an NVIDIA Jetson-powered autonomous vision system for a PhD thesis (EDU), the Bumi platform scales to your exact needs.
🔬 Hardware & Performance Specifications (Base Architecture)
- Physical Dimensions: Approx. 98 cm (Height) x 45 cm (Width) x 25 cm (Depth)
- Weight: Approx. 17 kg (including battery)
-
Actuators (21 DoF Total):
• Legs: 12 (6 per leg) for advanced bipedal walking
• Arms: 8 (4 per arm) for object manipulation
• Torso: 1 (Waist) for center-of-gravity balancing - Power System: 48V Quick-Release Smart Lithium Battery
- Runtime: 2 to 3 hours of continuous operation (varies by dynamic load)
- Base Compute Module: Minimum 6 TOPS Neural Processing Unit (Upgradable in EDU series)
-
Sensory Suite (Pro/Max):
• Integrated HD Wide-Angle Vision Camera
• 9-Axis IMU (Inertial Measurement Unit)
• Joint Encoders for precise positional feedback - Connectivity (Varies by Model): Wi-Fi, Bluetooth, 4G/5G integrated options
- Material: Aerospace-grade aluminum alloy skeleton with impact-resistant polymer shielding.
- Gait Speed: Up to 1.5 km/h (depending on surface and programming)
🏆 Select Your Configuration
The physical hardware, actuators, and chassis remain identical across all models. Your selection unlocks varying levels of computing power, sensory input, software access, and network capabilities.
🟢 Bumi Lite (The Foundation)
Entry LevelThe perfect entry point for high schools, basic maker labs, and retail displays. Bumi Lite relies on pre-programmed logic and manual control, providing an incredible demonstration of 21-DoF bipedal walking without the complexity of coding.
- Control Method: Smartphone App Control (iOS/Android) & Manual Posed Teaching.
- Capabilities: Standard bipedal walking, basic turning, and pre-set gesture playback.
- Best For: STEM demonstrations, basic robotics clubs, and event entertainment.
🔵 Bumi Air (Interactive)
Mid-TierDesigned for interactive environments. The Air model introduces wireless connectivity and localized voice interaction, allowing the robot to respond to basic verbal commands and perform low-dynamic choreographed sequences.
- Upgrades from Lite: Integrated Wi-Fi/Bluetooth, Voice Interaction Module.
- Capabilities: Voice command response, low-dynamic choreographed dancing, synchronized multi-robot displays.
- Best For: Museum exhibitions, corporate lobbies, and interactive technical learning.
🟣 Bumi Pro (The Developer's Choice)
AdvancedThe most popular model for higher education. Bumi Pro unlocks the software ecosystem. It provides live HD image transmission back to the host computer and allows students to write graphical or code-based logic to control the robot's upper body and navigation.
- Upgrades from Air: Live HD Camera streaming, SDK access, Block-based/Graphical Programming unlocked.
- Capabilities: Basic computer vision tasks (color tracking, face detection), custom motion sequence coding via API.
- Best For: University engineering labs, coding bootcamps, and software development research.
🟠 Bumi Max (Full Autonomous Capability)
EnterpriseThe apex of the standard Bumi line. The Max configuration is geared toward corporate R&D and field deployment testing. It features high-dynamic motion algorithms for faster, more stable walking, and integrates cellular connectivity for remote operation.
- Upgrades from Pro: High-Dynamic locomotion firmware, 4G/5G Cellular integration, Over-The-Air (OTA) update support.
- Capabilities: Fast walking, advanced balance recovery, remote teleoperation over cellular networks, advanced path planning.
- Best For: Corporate R&D, edge computing deployment tests, and advanced AI perception research.
⚠️ Deep Learning & Edge AI? Meet the Bumi EDU Edition
The standard Bumi configurations (Lite to Max) utilize a highly capable base 6 TOPS computing module. However, if your university laboratory or corporate R&D team requires massive onboard processing for autonomous machine vision, real-time neural network processing, SLAM, or deep learning algorithms, you need the EDU series.
The Bumi EDU Editions integrate directly with NVIDIA Jetson Orin Nano or Jetson Orin NX computing cores, turning Bumi into a walking supercomputer. Contact our Shanvis B2B team directly to discuss EDU availability, ROS/ROS2 compatibility, and lead times.
📦 Available Add-Ons & Accessories
❓ Comprehensive Technical & Procurement FAQ
No. Bumi is designed for steady bipedal walking on relatively flat indoor surfaces. While it has excellent balance for its price class, it is not designed for parkour, jumping, or climbing stairs. Pushing the robot to do so will void the warranty.
Not by default. The sensors (Camera, IMU) are present, but obstacle avoidance requires the developer (you) to write the logic. Bumi is a platform for researchers to test their own obstacle avoidance and SLAM algorithms.
For Pro, Max, and EDU models, the manufacturer provides SDKs that support C++ and Python. There is also a graphical (block-based) interface for younger students or rapid prototyping.
Yes, the NVIDIA Jetson-powered EDU variants are highly suited for ROS and ROS2 development environments.
Absolutely not. Bumi is a lightweight (17kg) humanoid designed purely for research, coding education, software testing, and display. It cannot carry heavy payloads or operate tools on an assembly line.
The chassis is built to withstand minor trips on flat ground. Advanced models have fall-detection algorithms to cut power to prevent servo stripping. However, deliberate or repeated high-impact falls will damage the hardware.
Standard models (Lite/Air) typically have a 3-4 week lead time. Advanced models (Pro/Max/EDU) are often built-to-order and require 5-8 weeks for factory QA and DDP transit to your facility.
🚢 Secure Corporate Procurement via Shanvis Store
We specialize in fulfilling high-value robotics for Indian Universities, Technical Institutes, and R&D Centers. Our pricing is completely transparent.
Why Choose the NOETIX Bumi Platform?
Open-Source Friendly Ecosystem
Stop fighting proprietary software. Higher-tier Bumi models support Python, C++, and graphical programming, making it the perfect canvas for custom algorithm deployment and ROS (Robot Operating System) integration.
Unmatched Kinematic Agility
With 21 Degrees of Freedom (6 in each leg, 4 in each arm, 1 in the waist), Bumi achieves incredibly smooth, human-like gait and complex upper-body manipulations previously unseen in this price bracket.
Industrial-Grade Build Quality
Built for the rigors of lab environments and daily STEM classroom use. Features robust metal gear servos, a quick-swap battery architecture, and a durable exterior shell designed to withstand minor falls.
Scalable from Classroom to Edge AI
Whether you need basic app-controlled walking for a high school demo (Lite), or an NVIDIA Jetson-powered autonomous vision system for a PhD thesis (EDU), the Bumi platform scales to your exact needs.
🔬 Hardware & Performance Specifications (Base Architecture)
- Physical Dimensions: Approx. 94 cm (Height) x 34.5 cm (Width) x 19 cm (Depth)
- Weight: Approx. 17 kg (including battery)
-
Actuators (21 DoF Total):
• Legs: 12 (6 per leg) for advanced bipedal walking
• Arms: 8 (4 per arm) for object manipulation
• Torso: 1 (Waist) for center-of-gravity balancing - Power System: 48V Quick-Release Smart Lithium Battery
- Runtime: 2 to 3 hours of continuous operation (varies by dynamic load)
- Base Compute Module: Minimum 6 TOPS Neural Processing Unit (Rockchip RK3576)
-
Sensory Suite:
• Integrated Depth Camera / Vision System
• IMU (Inertial Measurement Unit)
• Voice module and multi-microphone array (varies by tier) - Connectivity (Varies by Model): Wi-Fi, Bluetooth, optional 4G/5G integrated
- Material: Aerospace-grade aluminum alloy skeleton with impact-resistant composite shielding.
- Gait Speed: Up to 0.5 m/s (consumer-safe speed profiling)
🏆 Select Your Configuration
The physical hardware, actuators, and chassis remain identical across all models. Your selection unlocks varying levels of computing power, sensory input, software access, and network capabilities.
| Feature / Capability | 🟢 Lite (Entry) | 🔵 Air (Interactive) | 🟣 Pro (Developer) | 🟠 Max (Enterprise) |
|---|---|---|---|---|
| Best For | Basic STEM demos, first-time users, simple event entertainment. | Museums, family edutainment, beginner education. | STEM classrooms, coding clubs, hobbyist developers. | Advanced demos, corporate testing, untethered operation. |
| Core Compute | 6 TOPS Base Module | 6 TOPS Base Module | 6 TOPS Base Module | 6 TOPS Base Module |
| Base Locomotion | Walking, auto stand-up/lie-down | Walking, auto stand-up/lie-down | Walking, auto stand-up/lie-down | Walking, auto stand-up/lie-down |
| Dance / Motion Library | Basic manual teaching only | Low-Dynamic Dance | Low-Dynamic Dance | High-Dynamic Full Body Dance & Spring Fest Edition |
| Interaction & Audio | App Control Only | Voice Module Included | Voice + Audiobooks | Voice + Audiobooks |
| Programming & Dev | None | None | Graphical Programming + Smart OTA | Full Upper-Level Motion Control SDK |
| Vision / Cameras | Internal Use Only | Internal Use Only | Image Transmission Unlocked | Image Transmission Unlocked |
| Connectivity | Wi-Fi + PDA | Wi-Fi + Bluetooth | Wi-Fi + Bluetooth | Wi-Fi, Bluetooth + 4G/5G Module |
⚠️ Advanced Research? Meet the Bumi EDU Editions
While standard Bumi configurations rely on the base 6 TOPS Rockchip module, university labs and corporate R&D teams often require massive onboard processing for autonomous machine vision, real-time LLM inference, SLAM, or deep learning algorithms.
🎓 EDU-Air
The bridge to serious development. Combines the Air's hardware with the Max's full action library (high-dynamic dancing), 4G/5G, and full upper-level SDK access. Uses base 6 TOPS compute.
🚀 EDU-Pro
Integrates an NVIDIA Jetson Orin Nano Super alongside the base processor. Upgrades total AI compute to 6 + 67 TOPS and adds 128GB of storage. Perfect for vision AI research.
⚡ EDU-Max
The absolute top of the line. Integrates the highly powerful NVIDIA Jetson Orin NX. Designed for complex university research, multi-task AI pipelines, and advanced embodied-AI workloads.
📦 Available Add-Ons & Accessories
❓ Comprehensive Technical FAQ
No. Bumi is a 17kg compact humanoid with "molded hands" (not fully dexterous fingers). It can hold very light objects for demonstration but is explicitly designed for education, programming, and entertainment, not load-bearing industrial work.
Bumi is designed for steady bipedal walking (up to 0.5 m/s) on relatively flat surfaces and features autonomous stand-up recovery. It is not designed for parkour, jumping, or climbing stairs. Pushing the robot to do so will void the warranty.
Not natively. While it has cameras and an IMU, autonomous obstacle avoidance or SLAM requires developers to write the logic using the SDK (available on Pro/Max/EDU models). Bumi is a platform for researchers to build upon.
For Pro models, there is a graphical (block-based) interface for younger students. Max and EDU models provide SDK access allowing for Python and C++ development. EDU models with NVIDIA Jetsons are excellent for ROS/ROS2.
Bumi has an autonomous lie-down and stand-up feature to recover from minor trips safely. The chassis utilizes impact-resistant composites, but repeated high-impact falls on hard surfaces can still damage the servos or frame.
Due to global demand, models like the Lite are frequently backordered. Standard lead times run 3-5 weeks. EDU models with NVIDIA processors are typically built-to-order and may require 5-8 weeks for factory QA and DDP transit.
🚢 Secure Corporate Procurement via Shanvis Store
We specialize in fulfilling high-value robotics for Indian Universities, Technical Institutes, and R&D Centers. Our pricing is completely transparent.
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