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For defence primes

Concepts your reviewers can actually check

Every number has a source and a grade. Benchmarks cite the MIL-STD-810H method they come from. Reports say plainly what was estimated.

The Benchmark scorecard against MIL-STD-810H

What gets in the way
and what changes

The problems we hear most from defence primes, and how Speed takes them off the table.

01

Unverifiable concept numbers

Vendor slides rarely show their working. Every Speed result keeps its law, inputs and grade.

02

Environmental risk found late

Benchmark runs heat, cold, vibration and shock levels before anything is built.

03

Data that can't leave the building

The kernel runs in the browser, and private deployment is available for controlled work.

How it works

Three steps, one model, no exports in between.

Benchmark scorecard
Step 1

Benchmark early

Run the concept against the environments in the programme spec and rank parts by margin.

The FEA one-pager
Step 2

Report with the grade attached

One-pagers and decks label screening results as screening, every time.

A drawing sheet
Step 3

Hand over open data

STEP and DXF out, so the concept carries into your detailed design tools.

The tools you'll use most

Benchmark

Benchmark runs your design through heat, cold, vibration and shock at MIL-STD-810H levels and shows which part runs out of margin first..

Learn more about Benchmark

FEA and reports

Run FEA on the real parts in your browser.

Learn more about FEA and reports

Drawings

Views, sections, callouts, title blocks and GD&T, made from the 3D model and kept in step with it.

Learn more about Drawings

Ship hardware at the speed your programme moves

Open the app in your browser and have a checked concept on screen in minutes. No install, no licence server.