Engineering AI · Now in Beta

ForgePilot

The engineering workspace that thinks like a senior engineer.

Not a chatbot. A project workspace. Upload your CAD, simulation files, and test data — ask the hard questions — and get ranked failure modes, specific numbers, and engineering-grade reasoning. Every session remembers your full project context.

AerospaceRoboticsManufacturingStructural
Analysis · 1.3s
ForgePilot

Prompt

Analyze aerodynamic tradeoffs between AR 8 and AR 14 for a 25 m/s endurance UAV. Which fails first and why?

Critical Finding

AR 14 flutter onset ≈ 23 m/s — below cruise. Design-limiting. Not a weight issue, an aeroelastic one.

Key Numbers

L/D: +18% at AR 10 vs AR 8. Root bending moment: 2.4× at AR 12. Spar mass penalty: +340 g per AR unit above 10.

Verdict

AR 10.5, T800 carbon spar, 3.1 mm wall. Validate flutter margin via FEA above 20 m/s.

7
Engineering file formats
<2s
Avg. analysis time
Session memory per chat

Why ForgePilot

Why engineers choose ForgePilot

Generic AI gives you information. ForgePilot gives you engineering judgment — inside a workspace built around your project.

Scenario
Generic AI
ForgePilot

You ask about a part failing

Lists all possible failure modes alphabetically

Ranks the 2–3 most probable failures by severity — tells you what to inspect first

You upload a CAD file

Describes what it sees visually

Identifies stress concentrations, thin walls, DFM issues, and manufacturability problems

You send test data (CSV, PDF)

Summarizes the data generically

Flags outliers, approaching limits, fatigue margins, and failure mode implications

You ask a follow-up

May lose context from earlier messages

Maintains full engineering context across the entire session

Core Capabilities

Built for modern engineering

AI reasoning fused with deep engineering domain knowledge.

σ_yieldAnalysisFailure ⚠FEASF = 2.4 · FS_min

Engineering-Grade Reasoning

Ranked failure modes, first-principles analysis, specific numbers — not directions. Answers the way a principal engineer thinks, not a textbook. Root causes first. Always.

PDFSTLCSVSTEP

Upload Anything Technical

STL, STEP, PDF datasheets, CSV test logs, VTK simulation results, Abaqus .inp, GCode — up to 10 files at once. Full cross-file analysis in a single prompt.

Upload thermal_data.csv847 rows · 6 columns · 3 outliers flaggedFatigue hotspot analysisσ_max = 412 MPa @ root fillet — criticalMaterial recommendationTi-6Al-4V · SF = 2.1 recommendedNext: FEA validation step→ Session continues

Project-Centric Sessions

Every session is a persistent engineering workspace. Ask follow-ups without restating context. Switch between projects without losing a single thread.

ForgePilot · Engineering ReportSummaryAnalysisRecommendationsSave as PDFDownload .md

Engineering Report Generation

Export any session as a formatted engineering report — one click from conversation to structured PDF. Auto-formatted with summary, analysis, and recommendations.

Workflow

How ForgePilot works

01

Ask or Upload

Type a question or attach any engineering file — CAD, PDF, STL, CSV, test data, GCode, or multiple files at once.

02

Analyze

First-principles reasoning. Ranked failure modes. Specific numbers, standards citations, not vague directions.

03

Iterate

Follow up naturally. Full session context maintained. No need to re-explain the problem or re-upload files.

04

Decide

Walk away with specific alloys, tolerances, process choices, or next testing steps — not just possibilities.

Industries

Built for technical teams

Aerospace

Aerospace

Robotics

Robotics

Manufacturing

Manufacturing

Automotive

Automotive

Industrial

Industrial

Ready when you are

Stop getting textbook answers.
Start engineering with AI.

Ranked insights, real numbers, engineering-specific reasoning — in every response, from the first message.

Open Workspace →