Operator Control
Integrated joysticks, control grips, buttons and operator-focused layouts.
Ground Control Systems
Dragonfly ND-11
Expanded 11.6-inch operator workspace for unmanned systems
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Systems Portfolio
One System. Multiple Applications.
NTI brings ground control stations (GCS), operator controls, rugged computing, and power together for UAVs, UGVs, USVs, and robotic systems. Configure the hardware around your platform and interfaces.
Explore Control HardwareRugged Compute
Computing and display platforms for demanding field environments.
Connectivity
Configurable I/O, radio integration and rugged interface modules.
Power
Battery-side interfaces, power conversion and charging solutions.
The product portfolio
View all productsOperator hardware, configured together.
Explore the major hardware families, then find the model and interfaces that fit your application.
Ground Control Systems (GCS)
Portable and integrated operator stations for unmanned and robotic platforms.
Rugged Computers
Computing platforms for field and integrated operator systems.
Control Grips
Rugged multi-function grips for operator consoles and vehicle systems.
Operator Controllers
Compact physical controls for portable and integrated use.
By Platform
Built Around Your Platform
UAV & Aerial Systems
Ground control stations (GCS) and operator controls for fixed-wing, multirotor, and VTOL unmanned aerial vehicles (UAVs), configured around payloads, datalinks, and operator requirements.
Explore Aerial Solutions
Integrated Control Environments
NTI displays, computing, and operator controls integrated into vehicles, mobile facilities, and fixed control rooms.
Field operations
Explore SolutionsBuilt around your operation.
Displays, physical controls and connectivity brought together in an operator workspace, configured for aerial, ground, marine and industrial applications.
How We Work
From Requirements to Production
A clear engineering path for standard, configured and program-specific systems.
Define
Operating environment, controls, interfaces, power and computing requirements.
Configure
Select the appropriate NTI platform and define the required system configuration.
Adapt
Develop the mechanical, electrical and firmware changes required by the program.
Verify
Review the prototype, acceptance criteria and confirmed technical documentation.
Produce & Support
Move the approved configuration into controlled production and ongoing support.
Start a requirements discussion
Tell us what your system needs to control, connect and power.
Share your platform, operating environment and interface requirements with the NTI team.
Discuss Your Requirements
