Design & prototyping studio

We build the
first one

Bring us a sketch, a problem, or an idea. We design and build it into something real, from a physical prototype you can hold and evaluate to the software behind it. CAD, 3D printing, CNC, electronics, and code, all under one roof.

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We work on

Consumer Packaged GoodsToys & GamesDisplaysConsumer Electronics

Design and engineering, in-house

Everything from the first concept to a print-ready file, plus the visuals to sell it.

3D design

Organic sculpting, technical CAD, or a blend of both, modeled from a concept or built to exact spec.

Print preparation

Already have a model? We repair, split, orient, and slice it into clean parts that print reliably.

Electronics design

Custom circuits and PCB design to add lighting, motion, sensing, or sound to your product.

2D renders & 3D previews

Photoreal renders and interactive 3D previews for reviews, pitches, and packaging. See and spin the design before anything is made.

Decals & graphics

Custom decals, labels, and applied graphics to finish parts with branding and fine detail.

Software development

Custom software, backend systems, and websites to run the digital side of your product.

One shop, from first cut to final part

We run our own machines, so design, iteration, and production stay under one roof. Here are three of them in motion.

CNC machining

3-axis routing of composite and sheet stock into finished panels, brackets, and fixtures, all cut to spec and repeatable.

FDM 3D printing

Fast functional prototypes and end-use parts in PLA, PETG, and engineering-grade filaments.

SLS 3D printing

Support-free nylon parts straight from the powder bed, with complex geometry, living hinges, and durable small runs.

Three FDM-printed and assembled perfume bottles in matte black, grey and cream

Project highlight

Proving a perfume bottle before the tooling

A fragrance brand came to us with a finished bottle design as a STEP file. Before committing to production tooling or a costly factice, they wanted to hold the bottle in their hands: to judge its proportions, its size on a shelf, and the way it feels to actually pick up and hold.

We took their STEP file and reworked it to print cleanly on FDM, splitting the geometry so it came off the printer without visible compromise, then printed the parts and assembled them into a finished bottle. For a fraction of the cost of a commissioned factice, the team had a real object to pass around the room, and it carried their design through internal approval and on toward a production bottle.

Input
Client STEP file
Process
FDM print prep, print & assembly
Outcome
A low-cost physical sample
Have something you want to hold before you commit?

Things we've helped bring to life

  • A pair of bright red RV-14 rudder gust locks with warning tags, secured on the rails inside the aircraft.

    RV-14 Aircraft Rudder Lock

  • A black tactical helmet with a custom mount holding DJI FPV goggles flipped up above the visor.

    Tactical Goggles Mount

  • An open rugged hard case with a built-in flat-screen display and a foam-fitted lower compartment.

    Portable Display Case

  • A large quadcopter drone fitted with a custom under-body payload release and mounting module.

    Drone Drop System

As seen on TV

Our drop system, in a Jack in the Box commercial

When Jack in the Box wanted a drone to carry the food in a national commercial, it flew on our Talon drop system. The same product we designed, built, and ship. It is one thing to say a part works. It is another to watch it deliver on camera.

About the studio

We started by building for ourselves

A Terrestrial Imaging company

Terrestrial Imaging Studio grew out of Terrestrial Imaging, where we provide the drones, payloads, software, and training that keep organizations ready to fly. Out in the field we kept hitting gaps that nothing on the market filled, so we began designing and building our own products under the DroMight name: payload drop systems, rugged display cases, mounts, lighting, and aviation accessories.

Building our own line taught us to take an idea all the way to a finished, field-ready product: the design, the prototypes, the electronics, the software, and the small details that decide whether something actually works. People started asking us to build things the same way, so we opened that capability up as a studio.

Design, 3D printing, CNC, electronics, and software all live under one roof, which means fewer handoffs and tighter loops. Most of the risk in a new product hides in the first version, so getting that one right is the whole point. It is the part we like most.