High-performance, silent, and extremely safe LTA systems designed for exhibition halls, sporting arenas, and advanced university research.
Ultra-light and compact airship with a 50-micron polyurethane envelope, designed for agile flight in tight indoor spaces with up to 100g lift capacity.
The perfect entry-level indoor blimp featuring dual-motor safety propulsion, extremely low helium permeability, and full compliance with EASA safety regulations
A highly stable 3-meter promotional workhorse capable of lifting 400g to 500g payload, making it ideal for standard exhibition booths and vibrant indoor airbrush branding
Our most popular heavy-lifter with 5.5 m³ volume, capable of carrying 750g payloads for professional gimbal cameras, complex university research, or 2.5m changeable banners
A premium, large-scale stadium airship optimized for maximum branding visibility and extended 60+ minute flight autonomy in massive sports arenas
Indoor RC Blimps are highly specialized Lighter-Than-Air (LTA) airships engineered specifically for safe, silent, and stable operations within enclosed environments. Unlike heavy multirotors or drones, our indoor blimps utilize ultra-light polyurethane envelopes filled with non-flammable helium gas, providing natural buoyancy. This fundamental physics design ensures that even in the extremely rare event of a total power or signal failure, the airship simply floats safely and slowly down, posing absolutely zero risk to packed crowds, expensive arena equipment, or venue infrastructure.
Our complete indoor fleet—ranging from the ultra-compact 1.5-meter model up to the 5-meter stadium giant—is manufactured in strict compliance with international aviation and EASA safety regulations. Equipped with high-torque electric motors, precise vector thrust systems, and reliable multi-channel RC electronics, these ships offer exceptional maneuverability in tight exhibition stands and massive sporting halls alike. They serve as ideal, high-impact platforms for corporate airbrush branding, interactive crowd engagement (such as remote coupon drops), and advanced university indoor mapping research requiring long flight autonomy.