XPeng X2

XPeng X2 Introduction:

XPeng X2 enters the urban air mobility arena as a fifth generation electric vertical takeoff and landing aircraft engineered for personal ownership. Developed by XPeng AeroHT in China, the 2026 Edition targets executives, innovators, and early adopters craving three dimensional commuting freedom. Production begins in early 2026 after the Guangzhou facility becomes operational in late 2025. Positioned as a luxury eVTOL personal transport, it focuses on low altitude city flights, medical support, and short distance executive travel. A 95 kWh distributed lithium ion battery powers eight motors producing 210 kW, enabling a 75 km flight range and 130 km/h cruise speed. With a base price of $200,000 USD (€168,527), it competes aggressively against pricier air taxi platforms while offering private ownership access.

• Manufactured by XPeng AeroHT, China, with aerospace grade carbon fiber structure.
• Mass production scheduled for early 2026 following Guangzhou plant completion.
• Features autonomous flight intelligence and distributed electric propulsion.
• Base price begins at $200,000 USD (€168,527), positioning it below many rivals.
• Targets luxury personal aerial mobility within the low altitude economy.

What is the Price of XPeng X2 in 2026?

The X2 price starts at $200,000 USD (€168,527). That entry point positions it within the emerging personal eVTOL segment, undercutting many commercial air taxi projects while remaining a premium aviation purchase.

Each trim centers around the same 95 kWh battery and 210 kW propulsion system. Higher tiers emphasize cabin refinement, monitoring technology, and bespoke finishes. All variants maintain 130 km/h top speed, 35 minute endurance, and carbon fiber structural efficiency. Buyers select based on comfort and data integration needs rather than mechanical differences.

Engine, Battery, and Performance Specs:

Battery & Charging Specifications

The distributed 95 kWh lithium ion system supports a 75 km flight range, equivalent to about 46.6 miles. DC fast charging replenishes 80 percent in 35 minutes. Standard AC charging requires around five hours. Thermal ducting around the battery housing manages heat during vertical takeoff. Maximum takeoff weight stands at 760 kg or 1,675 lb, while curb weight measures 560 kg or 1,235 lb.

• Battery Capacity: 95 kWh
• Range: 75 km / 46.6 miles
• DC Fast Charge: 35 minutes to 80 percent
• AC Charge: 5 hours

Electric Motor Specifications

Eight independent electric motors generate a combined 210 kW, equivalent to about 282 horsepower. Distributed electric propulsion enhances stability and redundancy. DEP architecture supports safe landing even with multiple motor failures. Power delivery remains smooth and precise through an AI managed flight computer.

• Power Output: 210 kW / 282 hp
• Motors: 8 independent electric units
• Propulsion: Distributed electric propulsion system

Performance Specifications

Cruise speed peaks at 130 km/h, or 80.8 mph. Operational altitude ranges from 300 to 500 meters, about 984 to 1,640 feet. Flight endurance lasts 35 minutes under optimal conditions. One touch takeoff and landing streamlines vertical ascent and descent.

• Top Speed: 130 km/h / 80.8 mph
• Flight Time: 35 minutes
• Operational Altitude: 300 to 500 m / 984 to 1,640 ft

Advantages emerge in autonomous intelligence, structural lightness, and charging speed. Urban professionals gain direct point to point mobility. Congestion fades below. Time becomes the true luxury.

Exterior and Interior Features

Exterior Design

The teardrop fuselage reduces drag and optimizes vertical efficiency. Carbon fiber construction lowers mass while preserving rigidity. Eight rotors mount on four folding arms, allowing compact storage. Dimensions measure 4.97 m long, 4.78 m wide, and 1.36 m tall unfolded. That equals 16.3 ft by 15.7 ft by 4.46 ft. LED matrix lighting integrates into the aerodynamic shell. A panoramic canopy delivers 360 degree visibility.

Interior & Technology

The cabin features two seats with ergonomic contours. A single floating display manages navigation, telemetry, and connectivity. 5G satellite integration links to ground control in real time. Materials include synthetic leather and recycled carbon fiber accents. Safety redundancy includes LiDAR, radar, ultrasonic sensors, and a ballistic parachute system.

Exterior aerodynamics and cabin intelligence align with executive expectations. Owners gain privacy and mobility above city streets. The design prioritizes efficiency, clarity, and technical sophistication.

Pros and Cons:

Pros

• Competitive $200,000 (€168,527) base price for private eVTOL
• 95 kWh battery with rapid DC charging
• Full carbon fiber airframe reduces weight
• Autonomous AI flight suite with redundancy
• Compact folding rotor architecture

Cons

• 75 km range limits intercity travel
• Regulatory certification pending in US and UK
• Single passenger configuration in base data

Market position & Expert Data:

According to Reuters, China accelerates development of its low altitude economy with multibillion dollar investment plans for 2025 and 2026. Government initiatives encourage private eVTOL adoption in major cities. Research shows the global urban air mobility market could exceed $30 billion by 2030, according to McKinsey. Data reveals Asia Pacific leads early deployment.

In the United States, certification processes under FAA oversight progress steadily. Harvard Business Review notes advanced battery density and autonomous systems drive investor confidence in next generation air mobility. XPeng leverages automotive scale to lower production cost. That strategic edge strengthens its competitive stance.

Conclusion:

XPeng X2 introduces private electric flight into everyday executive planning. A 95 kWh battery, 210 kW propulsion, and 130 km/h speed define its technical core. Pricing from $200,000 (€168,527) places it within reach of affluent innovators. For urban visionaries, low altitude mobility now feels tangible and immediate.