KAVAN V20 Pro - Quickstart guide - Revision history

Mr. KAVAN at 06:30, 29 January 2026

2026-01-29T06:30:31Z

← Older revision		Revision as of 08:30, 29 January 2026
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	# Vertical axis		# Vertical axis
	# Horizontal axis		# Horizontal axis
	# Horizontal axis ~~resitance~~		# Horizontal axis resistance
	# Horizontal axis travel limiter		# Horizontal axis travel limiter
	# Non-centring vertical axis stiffness		# Non-centring vertical axis stiffness
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	=== Software ETHOS Suite ===		=== Software ETHOS Suite ===
	The ETHOS Suite can be used to update the transmitter‘s bootloader, firmware, SD card, flash, and also convert image and audio ~~format~~. Find the latest information and download the ETHOS software at [https://ethos.frsky-rc.com/ www.ethos.frsky-rc.com].		The ETHOS Suite can be used to update the transmitter‘s bootloader, firmware, SD card, flash, and also convert image and audio formats. Find the latest information and download the ETHOS software at [https://ethos.frsky-rc.com/ www.ethos.frsky-rc.com].

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	{{Note\|type=info\|text='''Note:''' Although the RF module has built-in protection, we advise ~~to make~~ sure that the external antennas are mounted before selecting Antenna: External. Note that the selection of the antenna type is made for each model separately, so each time you change the model selection, ETHOS will switch on the antenna mode set for that model.}}		{{Note\|type=info\|text='''Note:''' Although the RF module has built-in protection, we advise making sure that the external antennas are mounted before selecting Antenna: External. Note that the selection of the antenna type is made for each model separately, so each time you change the model selection, ETHOS will switch on the antenna mode set for that model.}}

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	*'''RID:''' This is the unique identifier of the transmitter. It can be changed to the same/own code to use the Smart share feature for sharing models (if you want to share models and own multiple transmitters, or if you share models with other modellers, you must have the same RID set on those transmitters). The RID is the transmitter data (Owner Registration ID) written into the receiver‘s memory. If two transmitters have the same RID, you can easily share models including receivers between them using the Smart ~~share~~ function.		*'''RID:''' This is the unique identifier of the transmitter. It can be changed to the same/own code to use the Smart share feature for sharing models (if you want to share models and own multiple transmitters, or if you share models with other modellers, you must have the same RID set on those transmitters). The RID is the transmitter data (Owner Registration ID) written into the receiver‘s memory. If two transmitters have the same RID, you can easily share models, including receivers, between them using the Smart Share function.
	*'''RX name''': the naming of the receiver is done automatically when the receiver is paired for the first time. This name can be changed at any time. This is useful when using more than one receiver, e.g. to remember the settings of the receivers, e.g. '''RX4R1''' is for CH1–8 or '''RX4R2''' is for CH9–16 or '''RX4R3''' is for CH17–24.		*'''RX name''': the naming of the receiver is done automatically when the receiver is paired for the first time. This name can be changed at any time. This is useful when using more than one receiver, e.g. to remember the settings of the receivers, e.g. '''RX4R1''' is for CH1–8, or '''RX4R2''' is for CH9–16 or '''RX4R3''' is for CH17–24.
	*'''UID''': is used to distinguish multiple receivers used simultaneously in one model. A default value of 0 may be left for a single receiver. If more than one receiver is to be used in one model, the UID must be changed, usually '''0''' for CH1–8, '''1''' for CH9–16 and '''2''' for CH17–24. Note that this UID cannot be read back from the receiver, so it is a good idea to tag the receiver.		*'''UID''': is used to distinguish multiple receivers used simultaneously in one model. A default value of 0 may be left for a single receiver. If more than one receiver is to be used in one model, the UID must be changed, usually '''0''' for CH1–8, '''1''' for CH9–16 and '''2''' for CH17–24. Note that this UID cannot be read back from the receiver, so it is a good idea to tag the receiver.

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	* The name of the RX1 receiver will now be displayed next to the selected receiver.		* The name of the RX1 receiver will now be displayed next to the selected receiver.
	* The receiver is now ready for use.		* The receiver is now ready for use.
	* If redundant connection is required, repeat for receivers 2 and 3.		* If a redundant connection is required, repeat for receivers 2 and 3.

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	# Turn off power to the receiver.		# Turn off the power to the receiver.
	# Selecting [Pairing], a pop-up window will appear with a selection of channels~~, once~~ selected, start the pairing process. Every few seconds, a "Pairing" voice alert will sound to confirm that you are in pairing mode. The pop-up window will display the message "Pairing ...".		# Selecting [Pairing], a pop-up window will appear with a selection of channels. Once selected, start the pairing process. Every few seconds, a "Pairing" voice alert will sound to confirm that you are in pairing mode. The pop-up window will display the message "Pairing ...".
	# Turn on the receiver, while holding the pairing button F/S. A window will appear with the message "Select Device" and the name of the receiver you just turned on.		# Turn on the receiver, while holding the pairing button F/S. A window will appear with the message "Select Device" and the name of the receiver you just turned on.
	# Scroll to the receiver name and select it. A window will appear with a message that the pairing was successful.		# Scroll to the receiver name and select it. A window will appear with a message that the pairing was successful.
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	* '''No signal''': when signal is lost, the receiver does not send a control signal to the rates on any channel. To use this type, select it from the menu and wait 9 seconds for the Fail-safe setting change to take effect.		* '''No signal''': when the signal is lost, the receiver does not send a control signal to the rates on any channel. To use this type, select it from the menu and wait 9 seconds for the Fail-safe setting change to take effect.
	* '''Hold''': the receiver maintains the rates as they were before the signal was lost. To use this type, select it from the menu and wait 9 seconds for the Fail-safe setting change to take effect.		* '''Hold''': the receiver maintains the rates as they were before the signal was lost. To use this type, select it from the menu and wait 9 seconds for the Fail-safe setting change to take effect.
	* '''Custom''': the receiver keeps the rate value on all channels as you preselect it. Select the Fail-safe setting menu. Switch from Disconnect/Hold/Not Set to „Custom“. Select the channel for which you want to set fail-safe rates and confirm the selection. Then set the rates on each desired channel and confirm the selection. Wait 9 seconds for the Fail-safe setting change to take effect.		* '''Custom''': the receiver keeps the rate value on all channels as you preselect it. Select the Fail-safe setting menu. Switch from Disconnect/Hold/Not Set to „Custom“. Select the channel for which you want to set fail-safe rates and confirm the selection. Then set the rates on each desired channel and confirm the selection. Wait 9 seconds for the Fail-safe setting change to take effect.
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	=== Principles of safe operation ===		=== Principles of safe operation ===
	Operating the models can be dangerous if you do not follow the appropriate safety guidelines. Here are some of the most important recommendations to help ensure safe operation.		Operating the models can be dangerous if you do not follow the appropriate safety guidelines. Here are some of the most important recommendations to help ensure safe operation.
	* Before taking off, make sure the model responds properly to the gimbal movements on the transmitter. Also make sure all switches and other controls are functioning properly. If you find any problems, do not fly the model until all functions are working properly.		* Before taking off, make sure the model responds properly to the gimbal movements on the transmitter. Also, make sure all switches and other controls are functioning properly. If you find any problems, do not fly the model until all functions are working properly.
	* Never fly in rain, strong winds or at night. Water can cause failure or improper operation and impair the control of the model, with the risk of a crash.		* Never fly in rain, strong winds or at night. Water can cause failure or improper operation and impair the control of the model, with the risk of a crash.
	* Never turn off the power switch in flight when the model‘s engine is running or the battery is connected. In this case, control of the model will be impossible, and the model will crash. Even if you turn the switch back on, normal operation will not resume until the internal transmitter and receiver ~~initialization~~ processes are completed.		* Never turn off the power switch in flight when the model‘s engine is running or the battery is connected. In this case, control of the model will be impossible, and the model will crash. Even if you turn the switch back on, normal operation will not resume until the internal transmitter and receiver initialisation processes are completed.
	* Do not start the internal combustion engine or electric motor while wearing the neck strap. The strap can be caught by a spinning propeller, rotor, etc. and cause serious injury.		* Do not start the internal combustion engine or electric motor while wearing the neck strap. The strap can be caught by a spinning propeller, rotor, etc. and cause serious injury.
	* Never fly in range check mode In this mode, the transmitter operates at reduced power and a crash could occur.		* Never fly in range check mode. In this mode, the transmitter operates at reduced power, and a crash could occur.
	* Do not fly if you are physically or mentally indisposed, as this can be dangerous to yourself and others. Also, never fly under the influence of alcohol, narcotics or drugs affecting your senses.		* Do not fly if you are physically or mentally indisposed, as this can be dangerous to yourself and others. Also, never fly under the influence of alcohol, narcotics or drugs affecting your senses.
	* Do not fly near airports, near or over people, near residential buildings, schools, hospitals, or other places where people congregate, near high voltage power lines, tall buildings and structures, or communication facilities.		* Do not fly near airports, near or over people, near residential buildings, schools, hospitals, or other places where people congregate, near high voltage power lines, tall buildings and structures, or communication facilities.
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	* For safety reasons, always fly with the model in line of sight at all times. Getting behind buildings or other large objects will not only cause you to lose sight of the model, but the obstruction will prevent the RF signal from the transmitter from propagating and cause you to lose control of the model.		* For safety reasons, always fly with the model in line of sight at all times. Getting behind buildings or other large objects will not only cause you to lose sight of the model, but the obstruction will prevent the RF signal from the transmitter from propagating and cause you to lose control of the model.
	* Always set fail-safe emergency rates for safety. Take special care to set the throttle to neutral in case of an emergency.		* Always set fail-safe emergency rates for safety. Take special care to set the throttle to neutral in case of an emergency.
	* Always check the charge level of the transmitter and receiver batteries before each ~~take off~~. Low voltage will cause loss of control of the model and a crash.		* Always check the charge level of the transmitter and receiver batteries before each takeoff. Low voltage will cause loss of control of the model and a crash.
	* At the beginning of each flight day, check the operation of all control surfaces and perform a range check. If using the Trainer function, check that the model responds properly to both teacher and student transmitter controls. Even an incorrect setting of a single transmitter or model function can cause a crash.		* At the beginning of each flight day, check the operation of all control surfaces and perform a range check. If using the Trainer function, check that the model responds properly to both teacher and student transmitter controls. Even an incorrect setting of a single transmitter or model function can cause a crash.
	* Before turning on the transmitter:		* Before turning on the transmitter:
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	=== Recycling (European Union) ===		=== Recycling (European Union) ===
	[[File:WEEE.svg\|right\|frameless\|50x50px]]		[[File:WEEE.svg\|right\|frameless\|50x50px]]
	Electrical equipment bearing the crossed-out bin symbol must not be disposed of in normal household waste, instead, it must be taken to a specialised collection and recycling facility. In EU (European Union) countries, electrical equipment must not be disposed of in normal household waste (WEEE - Waste of Electrical and Electronic Equipment, Directive 2012/19/EU). You can take unwanted equipment to your nearest collection or recycling centre. The equipment will then be disposed of or recycled safely free of charge. By handing in your unwanted equipment, you can make an important contribution to protecting the environment.		Electrical equipment bearing the crossed-out bin symbol must not be disposed of in normal household waste; instead, it must be taken to a specialised collection and recycling facility. In EU (European Union) countries, electrical equipment must not be disposed of in normal household waste (WEEE - Waste of Electrical and Electronic Equipment, Directive 2012/19/EU). You can take unwanted equipment to your nearest collection or recycling centre. The equipment will then be disposed of or recycled safely, free of charge. By handing in your unwanted equipment, you can make an important contribution to protecting the environment.

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Mr. KAVAN at 06:27, 29 January 2026

2026-01-29T06:27:05Z

← Older revision		Revision as of 08:27, 29 January 2026
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	'''KAVAN Europe s.r.o.''' hereby declares that the radio equipment type: '''V20 Pro''' and other equipment supplied with it are in compliance with Directive 2014/53/EU. The full text of the EU Declaration of Conformity is available at the following website: http://www.kavanrc.com/doc. This 2.4GHz radio equipment can be used without prior registration or individual approval in all countries of the European Union.		'''KAVAN Europe s.r.o.''' hereby declares that the radio equipment type: '''V20 Pro''' and other equipment supplied with it are in compliance with Directive 2014/53/EU. The full text of the EU Declaration of Conformity is available at the following website: http://www.kavanrc.com/doc. This 2.4GHz radio equipment can be used without prior registration or individual approval in all countries of the European Union.
	</translate>		</translate>

			[[Category:Manuals]][[Category:Radio Control]][[Category:Transmitters]]

Mr. KAVAN: Marked this version for translation

2025-12-22T09:36:10Z

Marked this version for translation

← Older revision		Revision as of 11:36, 22 December 2025
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	All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.		All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.

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	# Vertical axis		# Vertical axis
	# Horizontal axis		# Horizontal axis

Mr. KAVAN at 09:36, 22 December 2025

2025-12-22T09:36:01Z

← Older revision		Revision as of 11:36, 22 December 2025
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	=== Setting the gimbals ===		=== Setting the gimbals ===
			[[File:V20Pro gimbals.png\|420x420px\|right\|frameless]]
	All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.		All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.
	~~[[File:V20Pro gimbals.png\|420x420px\|right\|frameless]]~~
	# Vertical axis		# Vertical axis
	# Horizontal axis		# Horizontal axis

Mr. KAVAN at 08:50, 22 December 2025

2025-12-22T08:50:07Z

← Older revision		Revision as of 10:50, 22 December 2025
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	All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.		All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.
	[[File:V20Pro gimbals.png\|420x420px\|right\|frameless]]		[[File:V20Pro gimbals.png\|420x420px\|right\|frameless]]
	# ~~Rotary base~~		# Vertical axis
	# ~~Stick base~~		# Horizontal axis
	# ~~Stick base~~ resitance		# Horizontal axis resitance
	# ~~Stick base~~ travel limiter		# Horizontal axis travel limiter
	# Non-centring ~~rotary base~~ stiffness		# Non-centring vertical axis stiffness
	# Self-centring		# Self-centring
	# Centring ~~rotary base~~ resistance		# Centring vertical axis resistance
	# Ratcheting		# Ratcheting
	# ~~Rotary base~~ travel limiter		# Vertical axis travel limiter

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Mr. KAVAN at 08:47, 22 December 2025

2025-12-22T08:47:44Z

← Older revision		Revision as of 10:47, 22 December 2025
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	=== Setting the gimbals ===		=== Setting the gimbals ===
			All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.
	[[File:V20Pro gimbals.png\|420x420px\|right\|frameless]]		[[File:V20Pro gimbals.png\|420x420px\|right\|frameless]]
	# Rotary base		# Rotary base
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	# Ratcheting		# Ratcheting
	# Rotary base travel limiter		# Rotary base travel limiter

	~~All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.~~

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Mr. KAVAN at 08:46, 22 December 2025

2025-12-22T08:46:57Z

@@ Line 167: / Line 167: @@
 === Setting the gimbals ===
 [[File:V20Pro gimbals.png|420x420px|right|frameless]]
 All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.

Mr. KAVAN at 08:45, 22 December 2025

2025-12-22T08:45:31Z

← Older revision		Revision as of 10:45, 22 December 2025
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	<!--T:8-->		<!--T:8-->
	=== Setting the gimbals ===		=== Setting the gimbals ===
			[[File:V20Pro gimbals.png\|420x420px\|right\|frameless]]
	All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.		All gimbal setting hexagonal screws are located at the front, so there is no need to disassemble the transmitter to change the mode or feedback.

Mrs. Kavan at 09:13, 19 December 2025

2025-12-19T09:13:35Z

← Older revision		Revision as of 11:13, 19 December 2025
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	\|-		\|-
	\|'''Weight'''		\|'''Weight'''
	\|~~1127~~ g (including battery)		\|1075 g (including battery)
	\|-		\|-
	\|'''Operating system'''		\|'''Operating system'''

Mr. KAVAN at 07:08, 18 December 2025

2025-12-18T07:08:31Z

← Older revision		Revision as of 09:08, 18 December 2025
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	==== Changing the mode ====		==== Changing the mode ====
	From the ~~gimbal~~ menu, change the current mode (mode 2 by default) to the desired mode.		From the Sticks menu, change the current mode (mode 2 by default) to the desired mode.

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	==== Adjusting a gimbal ====		==== Adjusting a gimbal ====
	You can also adjust the strength of the centring springs and ratchet, or limit the range of throttle channel from 60° to 45°.		You can also adjust the strength of the centring springs and ratchet, or limit the range of the throttle channel from 60° to 45°.

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