Honeybee Robotics Use 3D Printing for Rapid Prototyping

//Honeybee Robotics Use 3D Printing for Rapid Prototyping
Honeybee Robotics Use 3D Printing for Rapid Prototyping2018-12-07T15:24:03+00:00

Rapid design iterations for the early project stages

Honeybee Robotics is a design and engineering solutions firm known for contributions of critical planetary analysis technology to NASA’s past three Mars missions. Their designs are “destined for work on Earth, Mars, and beyond.” Their work extends to other industries as well, leveraging hard-fought expertise in designing mechanisms, robots, and robotics systems for work in challenging environments.

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“When we are building a new type of robot, there’s no point in getting metal parts when coming up with a new design because it is too expensive and takes too long. We’ll print something that same day, put bearings, bushings, and other components into it, and integrate a motor into it. This allows us to explore different parts of a robot that might be needed and modify any design that does not work.”

Yoni Saltzman, Project Engineer, Honeybee Robotics

Honeybee Robotics – Introduction

Honeybee Robotics, founded in 1983, has evolved over the past thirty-four years from a small, automation systems integrator to a full-fledged design and engineering solutions firm with facilities in three cities. They are best known for their role in the Space Industry, having contributed critical planetary analysis technology incorporated into NASA’s past three Mars missions, including planetary drills and sampling systems on Curiosity and other Mars rovers and landers. Their designs are “destined for work on Earth, Mars, and beyond.” Honeybee also leverages hard fought expertise in designing mechanisms, robots, and robotics systems for work in challenging environments
in other industries and the private sector.


As a high-end robotics design firm, Honeybee Robotics’ projects tend to demand complex, load-bearing metal parts that can survive harsh environments. While they have an in-house machine shop and project budgets that allow staff to make use of third-party rapid parts fabrication services, team engineers requested access to a quick, low-cost fabrication solution to complement costly and slower out-of-house part fabrication routes.

In the various phases of fabrication, it is often critical to inspect specific product features closely, or have the ability to view large parts on a smaller scale. 3D printing allows engineers to examine and adjust parts as necessary for more efficient production that reduces cost.
Addressing non-technical clients and project stakeholders, clarity of communication around mechanical solutions can be improved by providing a physical mock-up that your collaborators can hold and interact with, and inspect.


Honeybee Robotics obtained Ultimaker professional desktop 3D printers for on-site, low-cost parts fabrication. Engineers and designers put them to constant use, and found the printers especially beneficial in early design stages while testing concepts and establishing project parameters. “A lot of what we do is to build subsystems and then test their performance,” says Yoni Saltzman, Project Engineer. “How fast they are, things like that. So physically building key elements of the robot is what the printer allows us to do cheaply and quickly.”


Staff at Honeybee Robotics make heavy use of their professional desktop 3D printers for experimenting and validating design concepts. The machines have earned their place in the firm’s design pipeline alongside the high-cost, high-precision solutions, with capabilities that allow the Ultimakers to occasionally replace more expensive and time-consuming solutions.

These days, most of the projects coming through their New York site has run parts on Ultimaker printers.

When designing equipment destined to travel hundreds of thousands of miles to perform to spec on the surface of another planet, it is worth exploring every possible scenario and iteration for your design here on Earth first.

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