01
Early airframe layout
The first Blender passes established the fuselage, wing placement, control surfaces, landing structure, and propulsion volume.
CA-1 development
Built through
visible iteration.
CA-1 began as a Blender aircraft concept and developed into a flyable simulation prototype, a modular manufacturing study, and a structured plan for physical validation.
Digital prototypeBlender to simulation
Simulation record
The model became a flyable test asset.
The CA-1 simulation was used to evaluate control-surface mapping, forward-flight behavior, balance, and the early transition concept. It remains a digital prototype rather than a flight-validated aircraft.
RealFlight development captureSimulation footage · in-development configuration
Blender process
Geometry first.
Then behavior.
The model was repeatedly reviewed from flight, landing, side, front, rear, and internal-layout perspectives before being used for simulation and visual development.
02
Control geometry
Transparent and wireframe views were used to review moving surfaces, internal clearances, and the relationship between major assemblies.
03
Proportion study
Side and three-quarter views helped refine the aircraft silhouette and balance the fuselage, wings, and landing supports.
04
Vertical landing stance
The tail-sitting configuration was developed around a stable support footprint, protected propulsion, and unobstructed control movement.
05
Rear structure review
Rear views exposed asymmetry, landing-leg spacing, control-surface overlap, and packaging issues that were harder to see from the side.
06
Refined configuration
Later revisions simplified the body, cleaned up the wing arrangement, and improved the modular layout for future prototyping.
Development method
A controlled path
from idea to test.
Model
Build the airframe, propulsion volume, wings, control surfaces, landing structure, and modular equipment areas in Blender.
Inspect
Review clearances, proportions, centerline relationships, and moving geometry from multiple viewpoints.
Simulate
Translate the aircraft into a flyable digital prototype and match the simulated surfaces to the intended physical design.
Test
Evaluate forward flight, balance, control response, transition behavior, hover setup, and thrust-to-weight assumptions.
Revise
Use observed problems to update the aircraft layout, control strategy, component placement, and manufacturing plan.
Rendered studies
Turning the model
into a visual system.
Later renders tested the aircraft in landing, forward-flight, and multi-platform scenes while exposing design issues that were less obvious in the modeling viewport.
Current status
Digital and simulation prototype.
The current work demonstrates aircraft concept development, Blender modeling, simulation setup, control-layout exploration, manufacturing planning, and iterative visual communication. Physical hover, transition, endurance, payload, acoustic, and autonomous capabilities still require engineering validation.
CA-1 is an independent, in-development digital and simulation prototype. Images and video document design exploration and do not represent a flight-certified or physically validated production aircraft.