Custom Drone
RoboCore
Modular robotic platform
→ Universal Modularity: Integrate any sensor and payload onto a rugged platform that adapts to your specific mission.
→ Open Source Autonomy: Drive elite intelligence with a fully transparent ROS 2 framework for custom logic and navigation.
→ Secure Swarming: Deploy multi robot fleets and NDAA compliant configurations via resilient mesh communication networks.
Designed for total versatility
LiDAR
Camera on Gimbal
Propellers
Arms and Motors
Cameras
Sensors
RoboCore is a modular, autonomous platform built to master the toughest operational challenges. Engineered for total hardware flexibility, its universal core supports interchangeable arms for 14″ to 22″ propellers, allowing you to scale from agile scouting to heavy-duty missions in minutes. Combined with an IP43 design, RoboCore eliminates the need for a fragmented fleet of specialized drones. One core, any application.
Beyond the rugged frame the entire ecosystem is engineered for rapid field reconfiguration. An adaptive sensor suite supports up to a 4 kg payload and 38 minutes of flight time to ensure high efficiency performance. Operators can quickly swap between 3D LiDAR, RGB vision, thermal cameras or specialized custom payloads depending on the mission.
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.
Open source autonomy with ROS 2
AI processing and sensor variety
Advanced AI Processing. Equipped with the Jetson Orin NX 16GB, RoboCore delivers real-time visual analysis and edge computing for complex navigation using huge variety of sensors.
Mastery in GNSS-denied zones
Operate Anywhere. Move seamlessly between open skies and GNSS-denied environments like warehouses or tunnels using our adaptive sensor suite.
Open source framework
Open Framework. Built on an open-source architecture (ROS 2), RoboCore integrates effortlessly with your existing software and custom mission parameters.
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.“
“… 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.“
✓ Custom sensor configurations ✓ Professional-grade support ✓ Global shipping & compliance
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.