- GPS-Denied Flight
- Independently navigates tight shafts, tunnels, and complex infrastructure without a pilot or satellite signal.
- Onboard AI Diagnostics
- Automatically catches corrosion, cracks, and structural defects in real-time mid-flight.
- Zero Operational Downtime
- Inspect tight, dangerous spaces with full autonomy. Eliminating human risk with zero impact on live facility operations.
RoboAid
Eliminate Human Risk and Downtime
3D LiDAR
- 360° FOV for navigation in GNSS-denied environments, darkness, dust, and smoke.
Onboard computer
- Everything regarding flight, autonomy and vision is processed on the computer, locally without any access to the network.
Camera
- 4K video and high-res images via an RGB+IR camera on a 3-axis gimbal.
Protective cage
- Carbon-profile cage for collision-heavy, tight environments.
Lights
- High-power, 14,000 lm segmented LEDs for maximum visibility.
Frame
- Robust carbon-sandwich frame protects propellers and houses all components.
Battery
- 15,000 mAh Li-Ion battery with an optimal weight-to-energy ratio for extended flights.
RoboAid is engineered for comprehensive visual inspections and 3D mapping inside high-risk, GNSS-denied infrastructure. Built to withstand collisions, the platform safely navigates complex assets like narrow shafts and tunnels entirely without human oversight.
True pilotless navigation is made possible by its dedicated autonomy sensors 3D LiDAR Livox MID360 with LiDAR Inertial Odometry (LIO) algorithm. To enable zero-downtime operations, real-time data analysis is handled locally by an exceptionally heavy-duty onboard computer ASUS NUC i7 or Jetson Orin NX 16 GB.
The processor core runs edge AI diagnostics mid-flight directly on incoming streams from an adjustable, 3-axis stabilized SIYI ZT6 inspection sensor, capturing crystal-clear RGB 4K and 720p thermal data simultaneously.
At Fly4Future, we are dedicated to maintaining the highest standards of security and regulatory compliance. All of our UAV platforms are fully capable of meeting NDAA compliance, ensuring that our products are free from components sourced from prohibited manufacturers as outlined in Section 889 of the U.S. National Defense Authorization Act (NDAA), including Huawei, ZTE, Hytera, Hikvision, and Dahua.
We rely on trusted and verified supply chains for all critical components, guaranteeing that our UAVs meet U.S. government standards for secure operations. This makes our UAVs ideal for applications where NDAA compliance is required or preferred. Our commitment to NDAA compliance underscores our dedication to providing safe, reliable, and trusted technology to our customers worldwide.
RoboAid
Automate Inspections and Deliver Instant Analysis
Self-Navigating Flight & Repetition
Built on an advanced ROS 2 autonomy stack using LIO position mode. The software plans the flight trajectory and repeats missions with high accuracy completely independent of a human pilot.
Ground Station Control
A simple user interface equipped with dedicated drone control buttons. Your existing maintenance team can launch missions and monitor live feeds without intensive pilot training.
Corrosion and Crack Alerts
Integrated AI models scan visual and thermal data mid-flight. The system automatically flags critical structural flaws such as corrosion, leaks, or concrete cracks to deliver instant diagnostics.
- GNSS-Denied Autonomy
- Collision-Resistant Frame
- NDAA compliant
- 3D LiDAR Scanning
Testimonials
What our clients say about us
“The collaboration was strong on delivery as well. Communication was clear, the work was well managed, and the team delivered quality outputs on time and in line with our technical expectations.”
“From the moment an idea took shape on a whiteboard, Fly4Future has been more than a development partner — they have been believers. In an industry where innovation is spoken about far more than it is executed, the team at Fly4Future turned a vision into a working prototype that will change how the livestock and wildlife industries approach animal health care for generations to come.”
“… we chose F4F based on their strong track record in both academic and commercial applications. Looking back at the overall collaboration, communication, equipment received, and training sessions, I can confidently say that I would choose F4F again.”
FAQs
We utilize open-source MRS UAV System variants that are configured according to your sensor set and specific use case requirements.
We have the capability to integrate a diverse range of sensors on your drone to meet the desired requirements and functionalities. Whether it’s Lidars, cameras, various onboard PC variants, different FCUs (Flight Control Units), physical interaction sensors, measurement sensors (e.g. air quality, humidity, and gas concentration), gimbals, grippers, or magnetic sensors – literally anything can be integrated if the robot parameters allow it.
We always deliver the drone fully integrated and ready to fly with all the necessary sensors in place to perfectly align with your specific needs.
To tailor a drone to your needs, we need to know:
- Intended use case (application)
- Environment and space where the drone will operate (outdoor such as mountains, fields, forests; confined indoor spaces, underground locations, areas without GPS)
- Desired flight time
- Extra payload options
- Required sensors
- Preference for manual remote control or autonomous flight capabilities
Certainly! Our robots are fully customizable to meet your specific requirements, whether for research, industrial use, or any other application. Your needs will be carefully incorporated into the final product.
Yes, you can utilize our simulator to integrate your software or test ours before the drone physically arrives. We provide four simulator variants, with Gazebo and Unreal Engine being the two main options commonly used.
We have a proven track record of successfully delivering NDAA-compliant drones to our customers.
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