Flatiron Dynamics
Flatiron Dynamics is building clean, affordable, high-precision robotics components, starting with the FD-01 cycloidal drive platform targeted for Q4 2026. The drive is designed to deliver high-reduction, compact motion with reduced backlash, making precision motion accessible to small robotics teams and research labs. The platform emphasizes manufacturable parts, modular sizing, and a mechanical-first approach that integrates mounting, wiring, sensing, and motor compatibility.
- Robotics
- Hardware
- Industrial Automation
Funding
Founders
Founder details are not available yet.
Product
Problem
Small robotics teams and research labs often face prohibitively high costs when sourcing precision motion components like cycloidal drives. Achieving high reduction ratios with low backlash typically requires expensive, custom parts, which slows down iteration and limits the accessibility of advanced robotics development.
Solution
Flatiron Dynamics is building clean, affordable, high-precision robotics components, starting with the FD-01 cycloidal drive platform. The FD-01 is designed to deliver high-reduction, compact motion without sacrificing stiffness or repeatability, making precision motion more accessible to early-stage builders. The platform emphasizes manufacturable parts and fast testing cycles, allowing teams to iterate quickly. It also takes a mechanical-first approach, treating mounting, wiring, sensing, and motor compatibility as core design features to simplify integration. The result is a cost-effective drive that supports smooth control for applications where sloppy motion is unacceptable.
Target Audience
Primary customers are small robotics teams, academic research labs, and early-stage hardware builders who need precision motion components that are affordable, repeatable, and easy to integrate.
Features
- High-reduction cycloidal drive design with reduced backlash for smoother control
- Compact form factor suited for arms, mobile robots, research rigs, and compact automation
- Manufacturable part design and modular sizing focused on fast testing and iteration
- Practical materials and simple manufacturing choices to keep costs down for early teams
- Mechanical-first design philosophy that integrates mounting, wiring, sensing, and motor compatibility into the product