W-type Dream Flying Car (Double): Field Notes from China’s Thrill Makers

If you’ve been tracking the rise of high-spec rides from China—and I have, for more than a decade—you’ll bump into this phrase a lot: amusement equipment china. It sounds broad, but behind it are real factories, real welders, and yes, serious engineering. One standout I visited recently in Xingtai, Hebei, is the W-type Dream Flying Car (Double). It’s a mouthful. It’s also a crowd-puller.

Why it matters now

The trend is clear: parks are asking for compact-footprint, high-throughput, mid-intensity thrill rides that photograph well. To be honest, the “flying car” genre fits that brief. Chinese vendors have sharpened their tooling, adopted EN and ISO-aligned standards, and—surprisingly—shortened commissioning times. Many customers say they’re choosing these rides for a mix of price-performance and customization agility.

W-type Dream Flying Car (Double): Key Specs

Process, Materials, and Testing

Frames typically use Q345B structural steel; key handrails and exposed fasteners often shift to 304 SS. After CNC cutting and robotic welding, seams get UT/MT non-destructive testing (I watched a batch get 100% UT on main load paths). Surfaces: shot-blast to Sa 2.5, zinc-rich primer, then polyester powder coat—nice depth of color. Drives are motor-driven with VFD control; PLC safety logic uses dual-channel interlocks. Type tests follow GB 8408 and align to ISO 17842/EN 13814; wiring adheres to IEC 60204-1. Factory acceptance testing includes ≈10,000-cycle endurance and brake verification at 110% rated load.

Applications and Advantages

• Use cases: regional theme parks, resort zones, seaside promenades, destination malls, and city carnivals.
• Advantages: high throughput for the footprint, photogenic motion (social-media friendly), energy profile that stays reasonable for a 125 kW drive, and flexible theming.
• Service life: designed for 16 years with scheduled inspections (daily, weekly, annual). Wear parts swap windows are sensibly accessible.

Vendor Landscape in amusement equipment china

Note: data above is indicative; confirm per model and contract.

Customization Options in amusement equipment china

• Theming: IP wrap, LED choreography, audio zones, bilingual PA scripts.
• Mechanical: seat geometry, restraint ergonomics, turntable choreography.
• Electrical: PLC brand options (Siemens/Omron), VFD tuning, e-stop topology.
• Operations: queue design, ADA access paths, cashless lockers.

Case Snapshot

A coastal park in Shandong swapped a legacy spinner for this double flying car. After a tight 14-week install, they reported 1,150–1,300 riders/hour on weekends, 98.7% mechanical availability in the first season, and “guests love the sensation on the twin turntables.” To be honest, the night lighting package did half the marketing for them.

Compliance and Safety

• Design and inspection aligned to GB 8408-2018 and ISO 17842 series.
• Structural checks with FEA; welds UT/MT; dynamic brake tests at 110% load.
• Electrical per IEC 60204-1; documentation can map to EN 13814 and ASTM F2291 on request.

Final thought: the W-type Dream Flying Car (Double) punches above its weight. It’s the sort of kit that makes amusement equipment china a serious shortlister for parks that want energy, throughput, and a clean capex line.

Authoritative citations

1. ISO 17842 Safety of amusement rides and amusement devices
2. EN 13814:2019 Fairground and amusement park machinery and structures
3. GB 8408-2018 Amusement device safety code (CN)
4. ASTM F2291 Design of Amusement Rides and Devices
5. IEC 60204-1 Safety of machinery – Electrical equipment