K2005TT — Directional Turbine Architecture
The K2005TT explores turbine-inspired wheel design through a three-blade directional architecture. Each spoke is shaped as a sweeping blade that flows from the hub outward toward the rim edge, creating a continuous rotational gesture across the wheel face.
Unlike spoke layouts that rely on repeated segmentation, the K2005TT emphasizes large sculpted surfaces and directional motion. The blade transitions and deep pockets between spokes generate strong reflections and surface contrast, giving the wheel a clear rotational identity even at low speeds.
The K2005TT emphasizes the modular construction with exposed hardware detailing and a deeper outer profile. The turbine face remains the primary identity, while the perimeter hardware and depth communicate assembly precision and mechanical intent.
Architecture Highlights
✔️ Continuous blade surface from hub to rim
✔️ Deep sculpted pockets for visual depth
✔️ Open center area for brake exposure
✔️ Clean rotational surface design
The underlying structure is revealed during machining, where the continuous blade geometry and hub transitions are cut directly from forged aluminum.
Design Lineage
K1005 — Monoblock forged configuration
K2005 — Standard 2-piece modular configuration
K2005L — Extended lip 2-piece configuration
K2005TS — Step-lip 2-piece turbine variant
K2005TT — Deep lip exposed hardware configuration
K3005S — 3-piece modular stepped lip configuration
Surface Variants
K2005SS — Step-surface variant with enhanced blade curvature and visual depth
Further Exploration
View Design Study
See the K2005TT from machining process to finished deep-lip turbine configuration.
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