Publish Time: 2026-05-14 Origin: Site
The global low-altitude economy, covering eVTOL electric vertical take-off and landing aircraft, industrial drones, low-altitude logistics aircraft, aerial inspection equipment and general low-altitude aviation, is exploding into a trillion-level blue ocean.
By 2026, China’s core low-altitude economy scale will exceed 1.5 trillion RMB, with low-altitude equipment manufacturing accounting for over 80%. High-precision, lightweight, complex-shaped aviation structural & core transmission parts have become rigid demands, making professional CNC precision machining the irreplaceable core manufacturing foundation of the industry.
Low-altitude aircraft parts of all specifications feature ultra-high precision, thin-wall lightweight structure, complex curved surfaces, diversified special materials and frequent small-batch customized iterations, fully matching the technical advantages of multi-axis CNC milling, turning & composite machining.
Body frames, arm brackets, rotor hubs, integrated thin-wall load-bearing parts
Motor bases, speed-regulating shaft systems, aerodynamic special-shaped parts
Materials: Aviation-grade aluminum alloy, titanium alloy, magnesium alloy, carbon fiber composite parts
Precision tolerance reaches IT7 level, meeting aerospace-grade precision balance and lightweight strength requirements.
Transmission gearboxes, rotor system complex curved parts, fuselage topology optimized structural parts
Engine casing, lightweight integral frame, high-dynamic precision shaft parts
Rely on 5-axis linkage CNC machining to complete one-time clamping & multi-surface integrated processing, solving difficult curved surface & deep cavity precision forming problems.
Rapid customized prototype R&D, short-cycle aerodynamic verification sample production
On-demand customized maintenance spare parts for low-altitude operation equipment
CNC rapid response shortens prototype delivery to 7–15 days, supporting fast design iteration and stable after-sales guarantee.
Ultra-high precision & aerospace-grade stability
Multi-axis linkage precision control, micron-level dimensional accuracy, consistent batch quality, fully complying with AS aviation industry standards.
Adapt to all special lightweight aviation materials
Stable processing of aluminum alloy, titanium alloy, magnesium alloy, PEEK, carbon fiber composite and other difficult-to-cut low-altitude special materials.
High flexibility for multi-variety small-batch production
No large mold investment, quickly switching customized drawings, perfectly adapting low-altitude equipment R&D iteration & scattered order characteristics.
Complex structure one-time forming
Solve thin-wall deformation, special-shaped holes, complex curved surfaces, deep cavity precision processing difficulties, optimize structural weight reduction and improve aircraft load performance.
Complete surface treatment matching
Anodizing, hard anodizing, passivation, oxidation, anti-corrosion coating, meeting long-term outdoor low-altitude flight environmental durability requirements.
Full-process service: Drawing review → CNC programming → 3/4/5-axis milling & turning → precision inspection → surface treatment → finished delivery
Equipment matrix: High-speed precision machining center, 5-axis linkage compound machine, CNC lathe, wire EDM, precision grinding equipment
Quality control: Three-coordinate precision detection, dimensional full inspection, dynamic balance testing, aviation-level quality traceability
Cycle advantage: Conventional parts 3–7 days fast delivery, prototype customized production within 10 days
High-end 5-axis CNC domestic substitution accelerates, lowering the manufacturing cost of low-altitude core parts.
Intelligent digital CNC + AI process optimization, improving titanium alloy & composite processing efficiency and yield.
Integrated modular processing, realizing integrated forming of large low-altitude aircraft structural parts.
Massive small-batch flexible intelligent production, matching large-scale commercial operation of low-altitude logistics, passenger transport and aerial services.
Low-altitude economy drives the upgrading of high-end precision CNC machining; professional customized CNC services continuously empower the iteration, mass production and commercial popularization of global low-altitude flight equipment.