The Potensic Drones Under 249g GPS Auto Return 4K Single Axis Gimbal EIS is a featherweight camera drone built for travelers and creators who won’t compromise on image quality or safety. At 245 g, it sits in the ultra-light category, making travel and regulatory compliance simpler while still delivering pro-level footage.

• Ultra-lightweight design: 245 g (under 249 g class) for travel-friendly portability and easier regulatory handling.
• 4K video with EIS: captures 4096x2160 at 30 fps, stabilized for smoother, more cinematic footage.
• Single-axis gimbal: lightweight stabilization that keeps horizons level without adding bulk.
• GPS Auto Return: precise hovering and automatic return if signal is lost or battery runs low, helping protect your footage and investment.
• Brushless motors with wind tolerance: stable flight in light to moderate winds (20–30 km/h).
• Flexible control options: operate via the dedicated app (multi-language support) or the included remote for different shooting environments.
• 4 km remote range: extended reach for broad scouting flights or close-ups from a safe distance.
• Downward sensing and 1/3-inch sensor: dependable positioning and reasonable image quality in varying light.
• No built-in display: keeps weight down and cost-efficient; use your smartphone or tablet for live view and settings.
• Compliance: CE and RoHS compliant to European safety and environmental standards.

This drone is ideal for travelers, vloggers, hobbyists, and aspiring aerial videographers who want high-quality 4K footage without the heft of larger drones. Its portability enables quick setup for travel photography, cinematic travel videos, real estate promos with top-down views, and outdoor landscape captures. Rely on GPS during takeoff and landing for stable holds, and use Auto Return as a safety net. With a 4 km range and 4K recording stabilized by EIS, you can plan shoots, stay within a safe distance, and capture smooth footage from a variety of angles using either the app or the remote. Leverage the 1/3-inch sensor and downward sensing to maintain dependable positioning across different lighting conditions, all without carrying extra display hardware.