RMRobin Mazanek

Isometric high-angle render of the TRINITA speedster concept

TRINITA

Personal Concept / Parametric Automotive Design

Tooling: Blender 3D / Cycles
Scope: Exterior, Interior & Parametric Details
Format: 3-Seater Speedster
Design Motif: Triangular / Geometric DNA

Overview

A parametric speedster concept

A Blender-designed, open-top 3-seater speedster built on a triangular design DNA. The sharp geometric motif flows seamlessly across the aero-geometry, 3-spoke wheels, parametric 3D patterns, and bespoke interior, unifying the concept into a single fluid entity.

Front view of TRINITA with butterfly doors open

Parametric interior & ergonomics

Central Driving & Parametric Craft

Detail of the TRINITA digital steering yoke and interface

01

Central Cockpit

Pure driver focus with a futuristic digital steering yoke.

Detail of the digital dash and parametric machined pedals

02

Parametric Textures

3D generated geometric structures on the dashboard and upholstery.

Wide top-down view of the TRINITA three-seat cabin layout

03

Tailored Details

Custom pedals, central console, and seating geometry.

3D Modeling & Topology

Mesh Architecture & Topology

Precision Sub-D modeling and clean surface edge flow developed in Blender, designed to support complex parametric textures and adaptive paneling.

Wireframe topology render of the TRINITA speedster showing clean polygonal edge flow

Exterior showcase

Form in Studio Light

The full 3D model was created completely in Blender and rendered in Cycles.

Rear view of TRINITA showing the lightbar and roll hoop geometry

Front view of TRINITA from a low aggressive camera angle

Personal project. Designed, modeled and rendered entirely by me in Blender using Cycles.

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