Analyze an aerospace component, learn how CNC machine code controls motion, develop CAD and CAM files, manufacture a physical prototype, and inspect the result.
This component is an educational manufacturing prototype. It is not approved for installation on a crewed aircraft, operational aircraft, or flight-critical system. Any real aerospace application would require additional engineering analysis, material certification, process control, inspection, documentation, and regulatory approval.
All students use Fusion Design and Fusion Manufacture. The controller, post processor, file type, startup, work-zero, spindle, and program-execution procedures must match the machine assigned by the teacher.
Do not use Mach3 instructions, a Mach3 post, or DMC2 setup values on a FoxAlien machine unless the teacher has verified that the assigned model uses that exact workflow.
Each lesson now separates learning, guided practice, graded production work, and approval checkpoints.
Read or watch the assigned official resource, record key ideas, and complete the short readiness task.
Observe or complete a controlled example before applying the skill to the aerospace component.
Work through the numbered steps in order and preserve every required file, calculation, test, and revision.
Do not move into CAD release, CAM, posting, machine setup, or cutting until the listed gate is approved.
Complete the sequence in order. Required teacher approvals separate design, code, CAM, and physical production stages.
| Lesson | Type | Title | Focus | Open |
|---|---|---|---|---|
| Aerospace Manufacturing PlanningAnalyze the component, establish requirements, compare processes, and prepare for detailed design. | ||||
| Activity 4.1.1 | Activity | Aerospace Components as Manufactured Systems | Trace how raw material, machining, inspection, finishing, and documentation combine to produce an aerospace component. | Open Lesson |
| Activity 4.1.2 | Activity | Aerospace Component Analysis | Analyze the function, interfaces, mass, clearances, likely loads, and manufacturing features of an aerospace mounting component. | Open Lesson |
| Activity 4.1.3 | Activity | Design for Aerospace Manufacturability | Revise a component concept so it can be machined safely with available stock, tooling, workholding, and inspection equipment. | Open Lesson |
| Activity 4.1.4 | Activity | Aerospace Manufacturing Calculations | Use stock, mass, tolerance, cost, spindle-speed, feed-rate, and inspection calculations to support manufacturing decisions. | Open Lesson |
| Project 4.1.5 | Project | Aerospace Component Requirements Review | Define the mission need, interfaces, criteria, constraints, process route, material plan, and inspection strategy for the capstone component. | Open Lesson |
| CNC Control and Machine ProgrammingLearn the machine coordinate system and understand how G&M code controls motion and machine states. | ||||
| Activity 4.2.1 | Activity | CNC Mill Anatomy, Safety, and Coordinate Systems | Identify CNC mill systems, hazards, machine coordinates, work coordinates, program zero, and safe setup practices. | Open Lesson |
| Activity 4.2.2 | Activity | G&M Code for Aerospace Manufacturing | Interpret the structure of a Mach3-compatible CNC program used by the DMC2 Mini and connect each block to machine behavior. | Open Lesson |
| Activity 4.2.3 | Activity | Manual Toolpath Programming | Convert a dimensioned two-dimensional aerospace pattern into a manually planned and annotated CNC program. | Open Lesson |
| Project 4.2.4 | Project | Aerospace Toolpath Coding Challenge | Write, simulate, revise, and validate manual G&M code for a simplified aerospace mounting plate. | Open Lesson |
| CAD, CAM, and Aerospace Component ProductionCreate, verify, manufacture, inspect, and defend the aerospace component prototype. | ||||
| Activity 4.3.1 | Activity | CAD Design of the Aerospace Component | Create a fully constrained, machinable CAD model for the UAV payload sensor mounting bracket. | Open Lesson |
| Activity 4.3.2 | Activity | Aerospace Component Technical Drawing | Create an inspection-ready technical drawing with datums, critical dimensions, tolerances, material, and revision information. | Open Lesson |
| Activity 4.3.3 | Activity | CAM Setup and Machining Strategy | Create a CAM setup, tool list, operation sequence, and approved cutting parameters for the aerospace component. | Open Lesson |
| Activity 4.3.4 | Activity | Simulation, Post-Processing, and Production Approval | Simulate all toolpaths, verify the post-processed code, and complete the production-readiness review. | Open Lesson |
| Problem 4.3.5 | Problem | Aerospace Component CNC Manufacturing Challenge | Set up the CNC mill, manufacture the approved component, inspect it, complete a fit test, and defend the manufacturing process. | Open Lesson |
A small unmanned aerial system needs a lighter, manufacturable bracket for an educational sensor or simulated payload. Your team will define requirements, create and verify the digital manufacturing package, machine the approved part, inspect it, and complete an interface fit test.
See how CAD, CAM, CNC machining, fabrication, and inspection support aerospace flight-research hardware.
Review the official workflow from design through setup, toolpaths, simulation, and NC code.
Use for the DMC2 Mini Mach3 pathway and the classroom-approved controller procedure.
Open only the manual matching the exact FoxAlien model assigned by the teacher.
Compare processes using material, geometry, quantity, and tolerance.
Audit a component for tool access, radii, walls, setups, and inspection.
Calculate stock use, mass, speeds, feeds, and dimensional error.
Practice absolute and incremental tool positions.
Plot a safe educational subset of G00 and G01 motion.
Compare measured dimensions with tolerance limits.
Use the printable capstone mission and requirements organizer.
Complete the required pre-machining approval checks.
Record target, limits, measurements, error, and pass/fail status.
Follow the approved Fusion Manufacture, post-processing, transfer, Mach3 verification, and dry-run sequence.
Use the teacher-approved Mach3 milling command subset and safe-start checklist.
