StarBot builds embodied-AI robot platforms for education, university research, and real-world service operations. Our work connects hands-on learning, advanced robotics research, and practical deployment.
Robotics progress depends on a clear path from learning to research and from research to useful work. StarBot is building that path with platforms sized for young learners, university laboratories, and real service environments.
Our service-industry experience remains central, but it is now one part of a broader mission: give students an accessible way to learn robotics, give researchers flexible embodied-AI platforms, and help service teams evaluate automation in real operating environments.
From first robotics projects to advanced embodied-AI research and real-world service operations, each platform is designed around a distinct user and environment.
StarBot SparkStarBot AstraStarBot FlexA compact platform for robotics education, programming practice, AI projects, and supervised research exploration.
Standard price: From $7,999
First 100 confirmed orders: From $5,999
On sale: October 18, 2026
A 23-DOF humanoid research platform for universities, research institutions, and R&D teams working on motion control, reinforcement learning, sim-to-real transfer, and human-robot interaction.
Standard price: From $9,999
Configuration, taxes, shipping, and delivery schedule will be confirmed separately.
A foldable wheeled humanoid designed for evaluation in restaurants, hospitality, retail, and other real-world service workflows.
First Generation Service Robot
Second Generation Humanoid Robot
From early motion research to a three-platform roadmap spanning education, academic research, and real-world service.
Acquired the Unitree G1 as our primary R&D platform. This marked the start of our deep-dive into humanoid control theory.
Achieved full dynamic bipedal balancing and complex dancing algorithms. Proven core capabilities in real-world physics.
Refined fine-motor dexterity algorithms, enabling the robot to perform precise grabbing and complex object handling tasks.
Launched StarBot Nova. We transitioned from bipedal testing to a stable wheeled base with two 7-DOF arms.
Integrated navigation, interaction, and manipulation work into a service-robot pilot platform for continued validation.
Released StarBot Astra, a 5 ft, 75 lb humanoid research platform with 23 full-body degrees of freedom for universities, research institutions, and R&D teams.
Released StarBot Spark, an approximately 3 ft, 35 lb platform for youth education and research, alongside StarBot Flex, a 5 ft 9 in foldable wheeled robot for real-world service operations.
The specifications below describe a Nova reference configuration and may vary by model, options, software release, and operating environment. Final specifications are confirmed in the purchase agreement.
A clear $200 per-unit deposit, with the remaining balance confirmed before final purchase.
Approx. 3 ft compact embodied-AI platform
For the first 100 confirmed orders. Standard price starts from $7,999.
The $200 per-unit payment reserves your place in the order process and is credited toward the final purchase price.
The first 100 customers whose orders are confirmed by StarBot are eligible for introductory pricing from $5,999, subject to the selected version, configuration, and final purchase agreement.
StarBot will confirm configuration, included features, taxes, shipping, delivery timing, support coverage, and the remaining balance before the order is finalized.
Schools, universities, and research programs may request a project quotation. Contact sales