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The Aircraft at the Core
Explore aircraft configurations, cabin experience, systems integration, safety architecture and engineering information. Unverified specifications are not shown.

View Engineering Architecture

Integrated Design
Flight Configuration

The WHOLEFIELD tiltrotor aircraft integrates cutting-edge aerodynamics with multimodal flight control technologies. Through high-precision engineering simulation and wind-tunnel testing, it achieves ultra-quiet, highly efficient transitions between vertical takeoff/landing and high-speed cruise.

An all-carbon-fiber composite lightweight airframe and a distributed electric propulsion (DEP) system provide very high safety redundancy while significantly reducing operating and maintenance costs, defining a new standard for future green aviation.

01

VTOL Mode

Rotors oriented vertically generate direct lift, enabling safe, streamlined vertical takeoff and landing in urban hubs without conventional runways.

02

Transition Mode

High-precision tilt mechanisms engage smoothly, rotating the rotors forward as lift dynamically shifts from rotary-wing thrust to fixed-wing gliding.

03

Cruise Mode

With the tilt mechanism locked, fixed wings provide all aerodynamic lift for efficient, low-noise level cruise and long service life.

Cabin Experience

WHOLEFIELD places human-machine interaction at the core of space exploration and aerospace design. The S03 intelligent cabin combines minimalist aerospace aesthetics with cutting-edge ergonomics research. Designed for extreme g-loads and long-duration deep-space environments, it offers crew and occupants unmatched safety protection and an immersive, wraparound cabin experience.

Adaptive Ergonomic Seating

High-modulus aerospace carbon fiber backplates and active multi-airbag support dynamically micro-adjust to g-loads, ensuring optimal ergonomic posture across all flight profiles.

Circadian Lighting System

Circadian-tuned active LED ceiling system. Accurately adjusts ambient spectra during cross-time-zone flights to ease neural strain and effectively mitigate fatigue.

Acoustic & Barometric Dampers

Advanced airtight damping blocks the transmission of external vibration. A full-band ANC active noise-cancellation layer adds to this, creating a quiet, non-confining, fully enclosed high-altitude environment.

Power, Structure & Integration

WHOLEFIELD is committed to integrating next-generation efficient propulsion with ultralight airframes. Multidisciplinary Design Optimization (MDO) coordinates aerodynamics, structures, controls and power systems to advance aircraft performance.

Safety Architecture & Redundancy

WHOLEFIELD combines a streamlined safety architecture with multiple layers of redundancy. System-wide fault tolerance addresses autonomous flight, power loss and interrupted links. Physical isolation and redundant control logic establish a safety baseline for next-generation commercial aircraft.

Dual-Redundant Flight Controls

Two dissimilar flight control systems run in real-time hot standby with seamless millisecond-level switchover, fully eliminating single-point control failure risk.

Dual-Link Communication

Real-time fusion of high-band satellite links and ultra-wideband ground stations means communications never drop in complex electromagnetic environments or on long-distance routes.

Quad Independent Propulsion

A physically isolated propulsion zoning architecture with independent power supply supports a fully functional, smooth landing under extreme single-side failure.

Whole-Aircraft Parachute System

Aviation-grade supersonic ejection parachute with ultra-low-altitude rapid deployment provides the ultimate physical safeguard for airspace safety.

Multi-Module Battery Isolation

Highly flame-retardant nano-aerogel physical isolation and multiple independent thermal management zones ensure zero propagation from single-cell thermal runaway.

Full-Domain Validation System

Millions of digital simulations and extreme off-nominal tests on the aircraft across its full flight envelope underpin a closed-loop safety system covering all operating scenarios.

Engineering Specifications

Multi-dimensional technical views and structural parameters of the WHOLEFIELD tiltrotor aircraft. Precise six-view engineering presentations, combined with measured data across all operating conditions, reveal the high-energy maneuvering platform of next-generation aircraft.