ZHIHANG Intelligent Aircraft signed a major pre-sale agreement with Qionghai Marine Parachute Co., Ltd., involving 68 two-seat manned flying saucer eVTOLs and 86 static display units — totaling nearly RMB 120 million.
The futuristic UFO-shaped design, vertical take-off and landing capability, and ultra-low-altitude flight profile have positioned the flying-saucer-style eVTOL as a perfect match for sightseeing, aerial shows, and immersive tourism experiences.
A New Tourism Icon Is Taking Shape
According to the announcement, the two-seat manned eVTOL can carry two passengers safely at 30–50 meters altitude, flying between scenic landmarks and urban attractions — redefining the aerial tourism experience with a fresh, cinematic view of the world below.
Meanwhile, the static display version serves as a traffic magnet for aviation parks and tourism sites — combining futuristic design and dynamic LED lighting to craft “display → experience → consumption” loops that elevate visitor engagement.
Qionghai Marine Parachute’s plan is even more ambitious: Deploy 100 flying camps nationwide, creating immersive “ground watching + aerial flight” experiences that set a new benchmark for China’s low-altitude tourism industry.
Based on current data, each flying saucer eVTOL could serve over 1,000 passengers per year, and once 100 such bases roll out, the expected boost to low-altitude tourism consumption could reach hundreds of millions of RMB, forming a positive cycle of “technology → scenario → economy.”
1. Beyond Tourism: The Expanding Application Landscape of eVTOL
While tourism is one of the earliest large-scale commercial scenarios for eVTOL deployment, it is far from the only one. The flying-saucer eVTOL is just one expression of a broader aviation revolution underway globally.
Here are the core application fields where eVTOL technology is rapidly gaining traction.
1) Urban Air Mobility (UAM): The Future of Urban Transportation
Cities worldwide are exploring air taxis as a solution to congestion and mobility inequality.
eVTOL advantages:
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VTOL capability eliminates runway needs
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Low-noise electric propulsion fits urban requirements
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Point-to-point mobility shortens travel time dramatically
Companies like Joby, Volocopter, and EHang are pushing toward certification, aiming for 2025–2030 commercial rollout in major cities.
2) Emergency Rescue & Medical Transport
eVTOLs can be deployed for:
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Rapid delivery of medical supplies
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Transporting doctors or emergency responders
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Short-haul patient evacuation
Because eVTOLs can bypass ground traffic, they significantly reduce response times — a critical factor in golden-hour rescue missions.
3) Aerial Filming, Live Broadcasting & Event Performances
With unique maneuverability and spacious cabin design, eVTOLs offer:
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Stable aerial filming platforms
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Live broadcast mobility
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Event participation (air choreography, special effects shows)
Their presence will reshape how major events create impact.
4) Cargo Delivery & Logistics
Heavy-load cargo eVTOLs complement or replace helicopters in:
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High-value logistics
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Mountainous / island-area supply routes
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Offshore platform transportation
Electric propulsion lowers cost and carbon footprint versus traditional aircraft.
5) Private Aviation & High-End Tourism
The “flying yacht” concept represents the future of individualized luxury travel. Quiet, elegant, spacious, and highly maneuverable, eVTOLs will unlock:
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VIP sightseeing
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Resort-to-resort transfers
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Custom aerial experiences
The flying-saucer eVTOL is particularly suited for next-generation consumer aviation scenarios due to its design appeal and ultra-low flight altitude.
2. The Heart of Every eVTOL: Why Battery Technology Determines the Future of Flight
As a UAV battery solutions specialist, I see one truth repeatedly confirmed across projects:
The success of any eVTOL platform hinges on one core component — its battery.
Whether for tourism, UAM, logistics, or emergency rescue, the performance, reliability, and safety of eVTOL aircraft ultimately depend on energy technology.
Let’s break down the three most important technical pillars.
1) Endurance: The Limit of Every Mission
eVTOLs require significantly more continuous power than traditional drones due to:
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Larger takeoff weight
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Passenger payload
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Multi-rotor high-thrust propulsion
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Longer flight durations
This presents three endurance challenges:
① High Energy Density Demand
To achieve commercial flight times of 15–30 minutes (and eventually 60+), batteries must reach:
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300–400 Wh/kg
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High discharge stability
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Low attenuation over long usage cycles
Without breakthroughs here, large-scale eVTOL deployment is impossible.
② Weight–Endurance Trade-Off
Every kilogram of battery increases total weight, reducing effective flight time. Optimizing this balance requires:
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High-energy-density chemistry
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Lightweight structural design
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Advanced pack-level integration
③ Power Burst Capability
Vertical takeoff and emergency climb maneuvers demand high instantaneous current output. This requires specially engineered high-rate cells with excellent thermal stability.
2) Safety: The Non-Negotiable Baseline
Battery safety is the most scrutinized factor in eVTOL certification.
eVTOL battery safety systems must ensure:
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Zero thermal runaway
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Multiple redundant protection layers
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Real-time monitoring
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Safe behavior even under cell failure
This includes:
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Enhanced separators
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Fire-resistant pack casing
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Multi-level BMS (cell-level + module-level + pack-level monitoring)
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Advanced cooling systems
Passenger-carrying aircraft cannot afford uncertainty — battery safety is aviation safety.
3) Reliability: The Foundation of Commercial Operation
For fleet operators planning to run 100+ eVTOLs, reliability affects:
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Cost
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Downtime
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Safety
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Customer experience
High-quality eVTOL batteries must demonstrate:
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Long cycle life (500+ cycles)
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Minimal capacity deviation across pairs
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Uniform discharge behavior
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Strong performance in high humidity & high temperature
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Predictable aging curve
Every battery pack must behave exactly the same across every flight — consistency is a requirement, not a luxury.
3. Why Battery Innovation Will Unlock the Next Stage of eVTOL Adoption
Looking forward, several battery technologies are set to reshape the eVTOL landscape:
1) Full Solid-State Batteries
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400+ Wh/kg future target
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Near-zero fire risk
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Ideal for air mobility
2) High-Voltage System Architectures (800V–1000V)
Enable:
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Higher efficiency
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Lighter wiring
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Faster charging cycles
3) Intelligent BMS + AI Battery Health Prediction
Allows operators to:
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Detect anomalies early
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Extend battery life
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Reduce operational cost
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Improve safety margins
As the industry matures, battery technology will be the single largest determining factor in flight range, commercial viability, and safety compliance.
At Unique Power, we don’t just provide connectors—we deliver complete drone power solutions built on quality, testing, and precision. Our commitment to UAV innovation ensures that your drones stay powered, connected, and mission-ready.
Email: sales@uniquepower.net
WhatsApp: +86-178-2175-0340
Conclusion: The Future of Low-Altitude Flight Begins With Power
The Qionghai–Zhihang eVTOL agreement is more than a business deal — It is a clear sign that low-altitude tourism and commercial aviation are accelerating into a new era.
From sightseeing and live performances to logistics and urban mobility, eVTOLs will reshape how people move, see, and experience the world.
But no matter how futuristic the aircraft looks — no matter how elegant the software or airflow design — the true enabler of every successful mission is the same:
🔋 A safe, reliable, high-performance battery system.
As a professional in the drone battery industry, I believe we are entering a decade where innovation in battery technology will determine the winners in the global eVTOL race.
To aircraft developers, tourism operators, and aviation innovators — let’s work together to build the next chapter of low-altitude aviation.
The sky is opening. Let’s power it responsibly.
#UFO #UAV #UnmannedTech #DroneBattery #UAVBattery #BatteryTech #LIPOBattery #eVTOL
