OUR APPROACH
We turn complex product datainto high-performancephysical solutions
We turn complex product data
into high-performance physical solutions
See how the workflow changes
Moon Rabbit integrates computational design, advanced modeling and digital simulation into a single product development workflow.
This allows teams to generate, compare and refine multiple configurations before committing time, materials and manufacturing resources to physical production.
Traditional development vs Moon Rabbit workflow
Traditional development vs Moon Rabbit workflow
THE TRADITIONAL WORKFLOW PROBLEM
Physical iteration is valuable.
Repeating it too early is expensive.
In a traditional development process, every significant design change can require a new prototype, a new test and another round of manual revision.
The number of solutions that can be explored therefore depends on the time, budget and manufacturing resources available to produce them physically.
Brief
Concept
Physical Prototype
Lab Test
Design Detail
Manufacturing
⚠LOOP REPEATED AT LEAST 3 TIMES
Big amount of time, money and material
waste for proof of concept
THE DEVELOPMENT CHALLENGE
Physical iteration is valuable. Repeating it too early is expensive.
In a traditional development process, every significant design change can require a new prototype, a new test and another round of manual revision.
TRADITIONAL WORKFLOW
1
Brief
2
Concept
3
Physical Prototype
4
Lab Test
5
Design Detail
6
Manufacturing
⚠LOOP REPEATED AT LEAST 3 TIMES
Big amount of time, money and material
waste for proof of concept
the OPTIMIZED moonrabbit workflow
Move exploration into
the digital model
Moon Rabbit introduces a digital development loop between the initial concept and physical production.
Product configurations can be generated, simulated and refined repeatedly before the most promising solutions move to physical prototyping.
Brief
Concept
Digital Prototype
Digital Simulation
Product Refinement
Design Detail
Manufacturing
✓INFINITE LOOP
Loop can be repeated infinite time with less cost, time and no waste of material
the moonrabbit workflow
Move exploration into the digital model
Moon Rabbit introduces a digital development loop between the initial concept and physical production.
Moon Rabbit Loop
1
Brief
2
Concept
3
Digital Prototype
4
Digital Simulation
5
Product Refinement
6
Design Detail
7
Manufacturing
✓INFINITE LOOP
Loop can be repeated infinite time with less cost, time and no waste of material
AN INTEGRATED ENGINEERING SYSTEM
Explore hundreds of possibilities.
Build only the ones worth validating.
Moon Rabbit combines computational logic, controlled digital modeling and engineering simulation. Each capability contributes to transforming a design requirement into a solution that can be evaluated, refined and prepared for manufacturing.
01
Computational Design
Turn the product into an explorable system
We develop parametric models and generative workflows that connect geometry, materials, performance objectives and manufacturing constraints. When a parameter changes, the system updates the configuration automatically, making it possible to explore many alternatives without rebuilding each solution manually.
Technologies & Frameworks
02
Advanced Modeling
Transform selected solutions into controlled CAD geometry
The most promising configurations are developed into accurate digital geometries with controlled surfaces, dimensions and tolerances. Depending on the project scope, the model can be prepared for integration with suppliers and manufacturing technologies.
Technologies & Frameworks
03
Digital Simulation
Understand product behavior before manufacturing
Digital simulations evaluate structural response, material behavior and operating conditions before a physical prototype is produced. The results make alternatives measurable and comparable, allowing the team to refine the model according to consistent technical evidence.
Technologies & Frameworks
FROM PHYSICAL ITERATION TO DIGITAL EXPLORATION
How product development changes
Moon Rabbit does not remove physical development. It moves the main exploration phase into a digital environment, allowing physical resources to focus on the configurations with the strongest potential.
how we work
A process built around the project
After the initial onboarding phase, Moon Rabbit structures the work into six operational areas. Each phase has a precise objective and contributes to transforming a design need into a digital solution that is analyzed, developed, and ready for validation.
01
Understand
We analyze the product, development process, available data and technical objectives.
02
Structure
We define the parameters, constraints, performance criteria and simulation scenarios that will guide the project.
03
Build
We create the parametric model and the digital product system.
04
Simulate and refine
We generate alternatives, test their behavior and progressively refine the most promising configurations.
05
Deliver and transfer
We provide the selected models, simulation results and technical recommendations required for the next physical or industrial phase.
We can start from what you already have
You do not need to arrive with a fully defined project. Moon Rabbit can enter the development process at different stages and build the workflow around the assets, data and technical knowledge already available.
Moon Rabbit can enter the development process at different stages and build the workflow around the data available.
CONCEPT
An idea
GEOMETRY
A CAD model
PRODUCT
A physical product
PROCESS
A workflow
CHALLENGE
A technical problem
ENGAGEMENT MODELS
Choose the level of support your project needs
Moon Rabbit structures each collaboration according to the maturity of the product, the complexity of the challenge and the level of engineering required.
DEVELOPMENT STREAM
01
Focused
Build the digital foundation
For defined concepts or existing geometries that need to become accurate, controlled and production-oriented digital models.
STRATEGIC OBJECTIVE
Rapid CAD development and digital twin creation.
WHAT’S INCLUDED
- Parametric CAD development
- Digital twin setup
- Surface and tolerance control
- Manufacturing-oriented geometry
- Technical delivery package
INDICATIVE TIMELINE
3-6 months
IMPROVEMENT HUB
02
Advanced
Improve an existing product
For products or product lines that need structural, performance or manufacturing optimization.
STRATEGIC OBJECTIVE
Improve performance without restarting the entire development process.
WHAT’S INCLUDED
- Structural analysis
- Digital simulation
- Topology optimization
- Weight reduction
- Refined CAD geometry
- Comparative results
INDICATIVE TIMELINE
6-12 months
INNOVATION POD
03
Strategic
Develop a new product system
For complex innovation projects requiring concept development, computational design and full engineering validation.
STRATEGIC OBJECTIVE
Create a proprietary, validated product solution.
WHAT’S INCLUDED
- Innovation concept development
- Parametric product system
- Generative design workflow
- Advanced FEA validation
- Manufacturing-ready assets
- Technical IP development
INDICATIVE TIMELINE
12-24 months