The Bombardier Challenger 650 aircraft is the standout medium-sized platform for several mission types. Governments, militaries and operators around the world choose it for its endurance, ample electrical power, industry leading dispatch and operational reliability and widest-in-class cabin. The Challenger 650 aircraft is highly prized for a variety of missions, including Intelligence, Surveillance and Reconnaissance (ISR), maritime patrol and medevac.

The compact MD89MW-DroneCAN is a 13mm, metal gear, sub 1 oz micro servo with dual ball bearings, coreless metal brushed motor, and contactless magnetic encoder. This discrete package offers high performance and reliability for robotic and remote, unmanned aerial applications where space and weight are at a premium. Operating via DroneCAN (formerly UAVCAN) control at a wide voltage range from 4.8~7.4 volts, the unique MD89MW actuator produces impressive performance, with torque and speed numbers equal to servos weighing twice as much from just a few years ago. #UAV #UAS #UGV

TERRAPIN X is a rugged handheld laser rangefinder by Safran Vectronix, offering up to 3,000 m range with 8× magnification, Class 1 eye-safe laser (905 nm), and a 28 mm objective lens. It features precise beam divergence (1.2 × 0.5 mrad), slope and azimuth compensation, scan mode (≥2 readings/sec), and durable Ryton® housing with shock-resistant rubber armor (IP67). Advanced Bluetooth connectivity integrates with mobile apps and devices such as Kestrel LiNK, Garmin, Strelok Pro, and includes a dedicated smartphone app.

Our advanced mine detector combines photochemical and metal detection technologies, enabling the identification of both metallic and non-metallic mines. Selected in December 2024 for the Global Small but Strong Enterprise Development Program by KRIT, this cutting-edge system is now under development. Backed by a Letter of Commitment from Ukraine, it is set to play a key role in reconstruction and humanitarian demining efforts.

It is especially suited for demanding applications, which require reliable performance, such as missile seeker gimbal stabilization, where small size and low power consumption is required, while in a low cost design that is also ideally suited for high volume commercial applications. System Performance PARAMETERS SPECIFICATIONS Standard Ranges ±100°/sec, ±200°/sec, ±400°/sec Input Voltage + and - 5.0 Vdc Bandwidth 110 Hz Output Noise < 005°/sec/√Hz Scale Factor Accuracy ±1% Nominal Features Dual Axis Capabilities in Small Form Factor Miniature Size: Only 25gm.(1.05” x 0.71” diameter) Hermetically Sealed In Stainless Steel Cylinder High Reliability DC Input/High-Level DC Analog Output Low Cost Applications Tank Turret Stabilization Missile Targeting Platform Stabilization Antenna Stabilization Camera Stabilization Spacecraft

With more than 33,000 delivered to date, CFM56® engines mainly power single-aisle commercial jets from Airbus and Boeing. The CFM56®, developing 18,500 to 33,000 lb of thrust, set a standard in this market. It owes its impressive success to exceptional performance and reliability, the result of the two partners' technical excellence.

The unique contactless core of the Electric Encoder, featuring a “hollow shaft” design, minimizes axial space requirements and enhances reliability by eliminating degradation mechanisms. Key features include zero magnetic signature, immunity to EMI/RFI and magnetic fields, lightweight construction, low inertia, and a slim profile. Netzer Precision Position Sensors has evolved cutting-edge position sensing encoder technology, originally designed for demanding environments, into a versatile solution that meets the varied requirements of industries such as defense, homeland security, aerospace, and motion control instrumentation. Our range of standard and customized electric rotary encoders also serves applications in medical, automotive, and other diverse fields.

RFcore has been innovating MMIC solutions for phased array system pursuing more ease of use, higher performance, higher level of integration as well as lower cost. We believe that the most suitable way is exploiting properties of God gifted semiconductor Silicon and GaN. We aim at integrating all components of TRM for active phased array on single die and even multi-channel TRM too.