Mechanica Engineering designs, analyzes, prototypes and builds mechanical systems for automation, theme-park attractions and aviation. One team carries your project from concept to CNC-machined hardware and on-site commissioning.
Automation, attractions and aircraft all demand hardware that runs reliably for years under heavy duty cycles. Lessons from one field carry directly into the others.
Special-purpose machines that take a manual process and make it automatic, repeatable and safe to run unattended.
Mechanical ride systems built to entertainment-industry standards, from concept layout through installation and test.
Fast-turn machined parts and engineering support that keep aircraft assembly and launch programs on schedule.
Hire us for a single drawing package or the whole program. Our in-house machine shop means the people who design the part also make it, so iterations take days instead of weeks.
Concept layouts, 3D CAD, finite-element and CFD analysis, dynamics, tolerance stacks and FMEA. We design to the codes and standards your industry audits against.
Take a new idea to a working machine, then refine it into a version you can build at scale. We test early and often, and we design out cost as we go.
Precision-milled aluminum and steel parts from our own shop: one-offs, fixtures and short runs, delivered fast when a missing part is stopping your line.
Coordination across engineering, suppliers and stakeholders, with risk tracking and clear reporting, through installation and commissioning.
We connect AI models directly to SolidWorks and the rest of the engineering toolchain. An engineer describes the part in plain language, and an AI agent builds the sketches, features and files through the CAD software's own API. Routine modeling, checking and paperwork take minutes, so our engineers spend their hours on the decisions that matter.
An AI agent connected to SolidWorks creates sketches, extrudes, cuts, fillets and chamfers from a written description, and edits existing parts on request.
Families of parts and configurations generated from rules or spreadsheets, using AI-written macros and Python scripts that run inside the CAD software.
Drawings compared against the spec: missing dimensions, tolerance conflicts, title-block and revision errors. Problems are flagged before the drawings go to a supplier.
Hand calcs, load cases and FEA setups scripted and repeatable, with calculation reports drafted automatically from the results.
Specs, standards and RFQs turned into traceable requirement lists, test procedures and buy-off reports.
Prototype and field logs analyzed for trends and anomalies, with plots and a short written summary for each test run.
Our engineers have spent twenty years building systems that went into daily service, from launch infrastructure to ride systems for major attractions.
Redesigned an MVP into the first pre-industrial version of an ATM-sized machine that appraises and buys gold and silver jewelry with no operator, including robot handling and X-ray fluorescence (XRF) analysis.
Invented and built a fully automatic roof connector that links a full-size electric bus to a charging station at each stop in seconds. The design is patented.
Mechanical design and development of ride platforms for two flagship Florida attractions, from concept through installation and testing.
Structural and mechanical analysis of a mobile launcher's extensible columns and its crew access arm for a crewed launch program.
Airframe layout, wing and propulsion integration, CFD and FEA, wind-tunnel campaigns and the flight-test campaign for a civilian UAV.
Ran a 10-machine CNC shop and set up deep-hole drilling operations. Designed fixtures and built a purpose-built rifling machine that raised production rates.
These projects come from our engineers' past roles. Client names are withheld.
Each stage ends with something you can review: a spec, a model, a part on the bench. Nothing moves forward on assumptions.
Requirements, loads, duty cycle, standards, budget and schedule.
CAD, analysis and design reviews until the numbers close.
Build it, break it, measure it, and fix what the tests show.
Parts from our shop or qualified suppliers, then assembly.
On-site installation, testing and handover with full documentation.
Send a sketch, a drawing or a problem statement. We'll reply within one business day with questions or a first proposal.