Art. No.: JA-30-P-P-SB
The Advance Pro controllers will fully comply with all requirements of the user and in connection with the programming card they will fulfill even the most ambitious wishes. The programming card (ProgCard Plus) is compatible with controllers of the Advance Plus line and simultaneously with the Advance Pro line.
Switching BEC.
Art. No.: JA-40-P-P-SB-HS
The Advance Pro controllers will fully comply with all requirements of the user and in connection with the programming card they will fulfill even the most ambitious wishes. The programming card (ProgCard Plus) is compatible with controllers of the Advance Plus line and simultaneously with the Advance Pro line.
SB: Switching BEC.
HS: High Speed. Suitable for high RPM motors.
Art. No.: JA-70-P-P-SB-HS
The Advance controllers will fully comply with all requirements of the user and in connection with the programming card, they will fulfill even the most ambitious wishes. The programming card (ProgCard Plus) is compatible with controllers of the Advance Plus line and simultaneously with the Advance Pro line.
SB: Switching BEC.
HS: High Speed. Suitable for high RPM motors.
Art. No.: Standard: JM- 115-O, RPM: JM- 115-O-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
The OPTO line of MEZON Brushless ESC´s feature an optically separated radio signal from the power management circuitry which guarantees an interference-free operation. The OPTO line of brushless ESCs does not contain any BEC circuit.
Art. No.: Standard: JM-135-O, RPM: JM-135-O-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
The OPTO line of MEZON Brushless ESC´s feature an optically separated radio signal from the power management circuitry which guarantees an interference-free operation. The OPTO line of brushless ESCs does not contain any BEC circuit.
Art. No.: Standard: JM-165-O, RPM: JM-165-O-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
The OPTO line of MEZON Brushless ESC´s feature an optically separated radio signal from the power management circuitry which guarantees an interference-free operation. The OPTO line of brushless ESCs does not contain any BEC circuit.
Art. No.: Standard: JM-075-O, RPM: JM-075-O-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
The OPTO line of MEZON Brushless ESC´s feature an optically separated radio signal from the power management circuitry which guarantees an interference-free operation. The OPTO line of brushless ESCs does not contain any BEC circuit.
Art. No.: Standard: JM-095-O, RPM: JM-095-O-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
The OPTO line of MEZON Brushless ESC´s feature an optically separated radio signal from the power management circuitry which guarantees an interference-free operation. The OPTO line of brushless ESC´s does not contain any BEC circuit.
Art. No.: Standard: JM-120, RPM: JM-120-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
Art. No.: Standard: JM-130, RPM: JM-130-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
Art. No.: Standard: JM-160, RPM: JM-160-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
Art. No.: Standard: JM-090, RPM: JM-090-RPM
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
Art. No.: J-HIC-30-O
Speed controllers of HiCOPTER product line are aimed for controlling and regulating BLDC motors that are used for driving multicopters. These controllers are pre-set from the manufacturer for the cooperation with stabilization systems used in copters. The controllers accept control signal with a frequency up to 500Hz and they respond to the needed change of revolutions from control/stabilization unit of the copter.
Art. No.: J-HIC-40-O
Speed controllers of HiCOPTER product line are aimed for controlling and regulating BLDC motors that are used for driving multicopters. These controllers are pre-set from the manufacturer for the cooperation with stabilization systems used in copters. The controllers accept control signal with a frequency up to 500Hz and they respond to the needed change of revolutions from control/stabilization unit of the copter.
Art. No.: J-HIC-70-O
Speed controllers of HiCOPTER product line are aimed for controlling and regulating BLDC motors that are used for driving multicopters. These controllers are pre-set from the manufacturer for the cooperation with stabilization systems used in copters. The controllers accept control signal with a frequency up to 500Hz and they respond to the needed change of revolutions from control/stabilization unit of the copter.
Art. No.: J-HIC-90-O
Speed controllers of HiCOPTER product line are aimed for controlling and regulating BLDC motors that are used for driving multicopters. These controllers are pre-set from the manufacturer for the cooperation with stabilization systems used in copters. The controllers accept control signal with a frequency up to 500Hz and they respond to the needed change of revolutions from control/stabilization unit of the copter.
Art. No.: JM-090-L
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
Art. No.: JM-120-L
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
Art. No.: JM-130-L
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.
Art. No.: JM-160-L
Jeti MEZON ESC´s advanced design and software are capable of unique precise and efficient motor control. Our MEZON ESC´s are able to be fully integrated with the DUPLEX EX systems. With the DUPLEX integration, all data are measured in real time. Mezon ESC´s were designed to be able to measure the exact battery capacity used and let you set up a motor cut off point based not only on cell voltage, but also on overall battery pack capacity.