Jeti Telemetry USB Adapter The USB adapter is used to connect your USB equipped Jeti devices to your PC. This allows you to save or analyze your data as well as to update the firmware for your Jeti devices.

The JetiBox Mini is used to read and adjust data parameters for any JetiBox compatible devices. It's designed to program and view data on Jeti Spin/Mezon ESCs, Duplex Telemetry Sensors and also works as servo tester & servo cycler.

Jeti Telemetry Fuel Flow MFlow T and G EX digital flow sensors measure the true fuel flow of gasoline or turbine jet fuel. The Jeti MFlow EX sensor allows you to set your "Low/High Fuel" alarms and gives you accurate reading of fuel consumption. Turbine flow sensor is equipped with Festo 4mm fuel line connectors. Gasoline sensor can be used with Medium 3/32" (2.4mm), Large 1/8" (3.2mm) ID fuel tubing.

Jeti Telemetry Fuel Flow MFlow T and G EX digital flow sensors measure the true fuel flow of gasoline or turbine jet fuel. The Jeti MFlow EX sensor allows you to set your "Low/High Fuel" alarms and gives you accurate reading of fuel consumption. Turbine flow sensor is equipped with Festo 4mm fuel line connectors. Gasoline sensor can be used with Medium 3/32" (2.4mm), Large 1/8" (3.2mm) ID fuel tubing.

Exact information about the altitude and distance of a model in space are extremely important guidance elements for the pilot who is remote controlling the model. Thanks to the GPS satellite positioning system the MGPS sensor defines the exact model position and calculates speed, altitude and distance from the point of origin, furthermore the course, azimuth and the total covered distance.

MSPEED EX is a sensor which measures the speed of a flying model through the air to provide the indicated airspeed (IAS). The reporting of airspeed can be very instructive with regard to the control of a flying model, for example allowing the pilot to determine the model´s stall speed and set an alarm to indicate when the model falls below this speed.

The EXPANDER E2 EX module is used to expand the number of connecting slots for further telemetric sensors. In this way it becomes possible to connect up to 2 sensors to a DUPLEX receiver. The expander can be set in a way which enables the JETIBOX to show several measured values simultaneously

The EXPANDER E4 EX module is used to expand the number of connecting slots for further telemetric sensors. In this way it becomes possible to connect up to 4 sensors to a DUPLEX receiver. The expander can be set in a way which enables the JETIBOX to show several measured values simultaneously.

Jeti Telemetry Sensor Voltage MU3 EX Dimensions: 36mm x 20mm x 5mm Weight: 18g with wires Measures: A: 0-9.9V, B/C: 0-20V Supply Voltage: 3.5V to 8.4V Current Draw: 8mA Alarms: Programmable with JetiBox, JetiBox Mini and JetiBox Profi

Jeti Telemetry Sensor Temperature MT125 EX w/Probes Dimensions: 19mm x 14mm x 4mm Weight: 4g (without wires) Number of Temp Sensors: 2 (included) Temperature Sensor Range: -55C to +125C Measuring Accuracy: 0.5C Operation Temp: -10C to +85C Supply Voltage: 3.5V to 8.4V Current Draw (w/Sensors): 7mA

MAlti EX is a system that measures atmospheric pressure and using the obtained data it calculates the altitude above sea level and relative altitude above the ground. The sensor also alerts you if any alarm setting is exceeded. The sensor data can also be transmitted via the Duplex system to the user.

Jeti Telemetry Sensor MVario2 EX Variometer/F5J-ALES Limiter & Expander Dimensions: 35mm x 16mm x 7mm Weight: 5g (with wires) Accuracy for absolute/relative altitude : +/-9m, +/-3m Measurement Range: 100-1100 mBarr Operation Temp: -10C to +85C Supply Voltage: 3.5V to 8.4V Current Draw: 15mA

Assignment of the MUI EX sensor is measurement of voltage, current and consumed capacity of flight batteries in the model. The wireless data transmission by the DUPLEX 2,4GHz system is monitored by the JETIBOX terminal.

Jeti Telemetry Sensor Current/Voltage MUI EX Available in five amperage ranges, the MUI EX sensors measure voltage (U), current (I) and consumed battery capacity of the flight batteries in your model. Through the Duplex 2.4GHz system and JetiBox Profi or Jeti Transmitter you can monitor your flight battery performance in real time. The MUI EX sensors allow you to program alarms for low voltage, high current and capacity used. Through the Duplex 2.4GHz system and either a JetiBox Profi or Jeti Transmitter you can monitor your data and alarm conditions in real time.

Assignment of the MUI EX sensor is measurement of voltage, current and consumed capacity of flight batteries in the model. The wireless data transmission by the DUPLEX 2,4GHz system is monitored by the JETIBOX terminal.

Assignment of the MUI EX sensor is measurement of voltage, current, and consumed capacity of flight batteries in the model. The wireless data transmission by the DUPLEX 2,4GHz system is monitored by the JETIBOX terminal.

Jeti Telemetry Sensor Current/Voltage MUI EX Measures Voltage: 0 to 60V Measures Amperage: 0 to 30A/50A/75A/150A/200A Operational Voltage: 3.5V to 8.4V Dimensions MUI 30: 20mm x 16.5mm x 5mm Dimensions MUI 50/75: 27mm x 19mm x 11mm Dimensions MUI 150/200: 29mm x 19mm x 11mm Weight: 10g, 19g, 21g, 25g, 30g Alarms: Programmable with JetiBox, JetiBox Mini and JetiBox Profi

Jeti Telemetry Sensor Li-Poly Battery MULi 6s EX Measures: 3V to 25.2V Supply Voltage: 3.5V to 8.4V Dimensions: 36mm x 20mm x 5mm Weight: 6g Current Draw: 9mA Alarms: Programmable with JetiBox, JetiBox Mini and JetiBox Profi

MRPM EX module is designed to measure the RPM of all types of engines. The measurement is performed by using optical sensor. Module MRPM measures actual rotation and actual power of the propeller. The max speed and the max propeller output power are recorded as well. For display of measured values JETIBOX terminal is used, with the possibility of wireless transmission of information in real time using the DUPLEX 2,4 GHz system.

The sensor MRPM EX-AC is used exclusively for measuring the speed of brushless DC motors (BLDC). It is connected to any two motor phases and it calculates the current speed from the electrical course at the phases. With the help of the sensor MRPM-EX AC, current speeds and the past course of the propeller performance (minimum, maximum) can be monitored. The sensor can be adjusted to set the timeout parameter which will be later announced to the user. Because the sensor is connected to the motor power system, the user must adjust the number of motor poles and the gear ratio of the transmission system to ensure proper operation. The information from the sensor are transmitted to the user via the Duplex system.