iMOW® 5.0 EVO,
6.0 EVO, 7.0 EVO Instruction Manual

Introduction

Dear Customer,
Thank you for choosing STIHL. We develop and manufacture our quality products to meet our customers’ requirements. The products are designed for reliability even under  extreme conditions.
STIHL also stands for premium service quality.
Our dealers guarantee competent advice and instruction as well as comprehensive service support.
STIHL expressly commit themselves to a sustainable and responsible handling of natural resources. This user manual is intended to help you use your STIHL product safely  and in an environmentally friendly manner over a long service life.
We thank you for your confidence in us and hope you will enjoy working with your STIHL product.

Dr. Nikolas Stihl
IMPORTANT! READ BEFORE USING AND KEEP IN A SAFE PLACE FOR REFERENCE.

Guide to Using this Manual

2.1 Applicable Documents
The local safety regulations apply.
► In addition to this User Manual, you should also read, understand and retain the following documents:
– Safety information for STIHL batteries and products with built-in battery: www.stihl.com/safety-data-sheets
Additional information on STIHL robot mowers, compatible accessories and FAQs can be found at support.stihl.com, myimow.stihl.com/systems
or is available at a STIHL authorized dealer.
The Bluetooth® mark designation and Bluetooth® logos are registered trademarks owned by Bluetooth SIG, Inc. These word marks and logos are used by STIHL under  license.
The robot mower is equipped with a Bluetooth® radio interface, a radio network interface and a mobile network interface. Local operating restrictions (in aircraft or  hospitals, for example) must be observed.

2.2 Warning Notices in Text

DANGER
■ This notice refers to risks which result in serious or fatal injury.
► Serious or fatal injuries can be avoided by taking the precautions mentioned.
WARNING
■ This notice refers to risks which can result in serious or fatal injury.
► Serious or fatal injuries can be avoided by taking the precautions mentioned.
NOTICE
■ This notice refers to risks which can result in damage to property.
► Damage to property can be avoided by taking the precautions mentioned.

2.3 Symbols in Text
This symbol refers to a chapter in this instruction manual.

Overview

3.1 Robot mower

1. Front grip surface
   Lift and transport the robot mower by simultaneously gripping it at the front and rear grip surface.

2. Charging contacts
   The charging contacts connect the robot mower with the docking station.

3. Ultrasound sensors
   The ultrasound sensors detect obstacles.

4. Hood
   The hood is spring-mounted and features a bump sensor to detect obstacles on the mowing area.

5. Drive wheels
   The drive wheels drive the robot mower.

6. Light strip
   The light strip shows the robot mower’s status.
   

7. Rear grip surface
   Lift and transport the robot mower by simultaneously gripping it at the front and rear grip surface.

8. Protective strip
   The protective strip protects the user against ejected objects and contact with the blades.

9. Matrix display
   The matrix display shows the robot mower’s status.

10. Control panel
    The control panel features pushbuttons and a rain sensor.

3.2 Control panel

1. Light strip
   The light strip shows the robot mower’s status and signals which key combination to press for a certain action.

2. STOP pushbutton
   The pushbutton stops the robot mower and mowing unit. The pushbutton also activates the device lock.

3. LOCK pushbutton
   This pushbutton unlocks the robot mower in conjunction with a displayed key combination.

4.  START pushbutton
   This pushbutton starts mowing operations.

5. HOME pushbutton
   This pushbutton makes the robot mower return to the docking station or cancels the current mowing job if the robot mower is in the docking station.

6. INFO pushbutton
   This pushbutton starts voice output about the current status of the robot mower.

7. Rain sensor
   The rain sensor reacts to moisture. Depending on the setting, the robot mower can take weather conditions into account for the mowing plan.

3.3 Mowing unit

1. Blade disk
   The blade disk serves to attach the blades.

2. Blades
   The blades mow the lawn.

3. Levers
   The levers secure the nut.

4. Nut
   The nut secures the blade disk.

Rating plate with the machine number

3.4 Docking station and power supply

1. Mains plug
   The mains plug connects the connecting cable to a socket.

2. Connecting cable
   The connecting cable connects the power supply to the mains plug.

3. Power supply
   The power supply supplies the docking station with energy.

4. Charging cable
   The charging cable connects the power supply to the docking station.

5. Plug
   The plug connects the charging cable to the docking station.

6. Hood
   The hood covers the docking station and protects the internal electronics.

7. LED
   The LED indicates the status of the docking station.

8. Charging contacts
   The charging contacts connect the docking station with the robot mower.

9. Base plate
   The base plate is the base for the docking station.

10. Cable duct
    The guide wire is routed in the middle cable duct.

11. Cable duct
    The perimeter wire is routed in the outer cable ducts.
    # Rating plate with the machine number
    
    

12. Ground peg
    The four ground pegs secure the docking station to the ground.

3.5 iMOW® Ruler and Installation Kit

iMOW® Ruler

1. iMOW® Ruler
   The ruler makes it easier to install wires and serves to maintain the correct distance.

Installation Kit
An installation kit is required to commission the robot mower; it is not included in the scope of delivery of the robot mower. Appropriate installation kits are available as  accessories for different garden sizes.

1. Fixing pin
   The fixing pin secures the perimeter wire and guide wire to the ground.

2. Wire connector
   The wire connector connects wire ends to each other.

3. Cable markers
   The cable markers serve to mark wire ends on the inside of the docking station. They facilitate the assignment of the wire ends when connecting to the correct terminal.

4. Wire coil
   The wire coil is required to install the perimeter wire and guide wire.

3.6 Symbols
Meanings of symbols on the robot mower, docking station, power supply or installed battery:

| This symbol shows the diameter of the blade disk.
---|---
| This symbol indicates the direction for unlocking the blade carrier when changing blades.
| Protection class 2, double insulated.
| Do not dispose of the product with domestic waste.
| The information next to this symbol indicates the energy content of the battery according to the cell  manufacturer’s specification. The energy content available during use is lower.
| 1 LED lights up red. The battery is too warm or too cold.
| 4 LEDs flash red. There is a fault in the battery.

Safety Precautions

4.1 Warning symbols
Meanings of warning symbols on the robot mower, docking station, power supply or installed battery:

| Observe safety instructions and take the necessary precautions.
---|---
| Read and understand the User Manual and keep it in a safe place.
| Comply with the safety instructions concerning ejected objects and take the necessary precautions.
| Maintain a safe distance.
| Do not touch rotating blade disk with blades.
| Do not climb or sit on the robot mower.
| Stop the robot mower and activate the device lock during transport, storage, cleaning, servicing, repair or when there is changed or unusual behavior.
| Keep children away from the robot mower and mowing area.
| Keep animals away from the robot mower and mowing area.
| Do not immerse the battery in liquids.
| Protect battery against heat and fire.

4.2 Intended Use
The STIHL iMOW® 5.0 EVO, 6.0 EVO, 7.0 EVO robot mower is designed for mowing and mulching grass.
The STIHL docking station and supplied power supply DM160X-420X or DM210X-420X charge the STIHL iMOW® 5.0 EVO, 6.0 EVO, 7.0 EVO robot mower.
The robot mower, docking station and power supply can be used in the rain.
A STIHL AAI battery supplies the robot mower with power. The battery has been installed in the robot mower and must only be removed by a STIHL authorized dealer.
The robot mower can be configured and operated via the MYiMOW® app.

WARNING

• Docking stations, power supply units and batteries not explicitly approved for the STIHL robot mower may cause a fire or explosion.
  Persons may be seriously or fatally injured, and property may be damaged.
  ► Use the robot mower with the STIHL AAI installed battery.
  ► Charge the STIHL iMOW® 5.0 EVO, 6.0 EVO, 7.0 EVO robot mower with the STIHL docking station and STIHL power supply DM160X-420X or DM210X- 420X.
  ■ Using the robot mower, battery, docking station or power supply other than for its intended use can result in serious injuries or death and damage to property.
  ► Use the robot mower, docking station and power supply as described in this User Manual.

4.3 Requirements for the user
WARNING
■ Users without adequate training or instruction cannot recognize or assess the risks involved in using the robot mower, docking station and power supply. The user or other  persons may sustain serious or fatal injuries.
► Read and understand the User Manual and keep it in a safe place for reference.
► If you pass the robot mower, docking station or power supply on to another person: Always give them the User Manual.
► Make sure that the user meets the following conditions:

• The user is rested.

• The user is physically, sensorially and mentally able to use and operate the robot mower, docking station and power supply. If the user is able to operate the equipment  but is physically, hearing, visually or mentally impaired, the user may only use the robot mower under the supervision of or after receiving instruction from a responsible  person.
  This includes all work with and on the robot mower, docking station, power supply, charging cable, guide wire and perimeter wire.

• The user can recognize and assess the risks involved in using the robot mower, docking station and power supply.

• The user is an adult or is being trained in an occupation under supervision according to national regulations.

• The user has received instruction from a STIHL authorized dealer or other experienced user before using the robot mower, docking station and power supply for the  first time.

• The user is not under the influence of alcohol, medication or drugs.

• During installation, operation, cleaning, maintenance and transportation of the robot mower, keep your balance, provide secure footing and do not run.

• The terms “operation”, “use” and “usage” include all work on the robot mower, docking station, power supply, charging cable, guide wire and perimeter wire as well as all iMow accessories.
  If you are unsure: Consult a STIHL authorized dealer.

4.4 Clothing and Equipment
WARNING
■ During the routing of the perimeter wire or guide wire and attaching the docking station, objects may be thrown at high speed by driving a fixing pin or earth staple into the ground.
This may result in injury to the user.
► Wear close-fitting safety glasses. Suitable safety glasses are tested in accordance with EN 166 or national regulations and available commercially with the corresponding marking.
► Wear work gloves made of robust material.
■ Objects can be ejected at high speed during the mowing operation. This may result in injury to the user.

4.5 Work Area and Surroundings
4.5.1 Robot mower and mowing area
WARNING

• Bystanders, children and animals cannot be aware of nor assess the dangers of the robot mower and objects being thrown into the air.
  This may result in serious injury to bystanders, children and animals and damage to property.
  ► Keep bystanders, children and animals away from the mowing area during the mowing operation.
  ► If the robot mower is used in publicly accessible areas: Close off mowing area and set up signs with warning text “Warning! Automatic lawn mower! Keep children  and animals away and supervise them!” Comply with local regulations.
  ► Make sure that children cannot play with the robot mower.
  ► With the help of the perimeter wire, define the mowing area as described in this User Manual. Using the perimeter wire, mark off designated areas that the robot  mower must not mow or navigate from the mowing area.
  ► Do not operate the robot mower on gravel or crushed stone.
  ■ People can trip over the perimeter wire, guide wire or the fixing pins. This may result in injury to people and damage to property.
  ► Route the perimeter wire and guide wire flat on the ground.
  ► Drive the fixing pins completely into the ground.
  ■ If a gardening tool is used in the mowing area, the tool can strike and damage the perimeter wire, guide wire or fixing pins. Objects can be ejected at high speed. This  may result in injury to people and damage to property.
  ► Do not use a gardening tool around the perimeter wire or guide wire.
  ■ The robot mower’s electrical components can produce sparks. Sparks may cause fires and explosions in highly flammable or explosive environments. Persons may be  seriously or fatally injured, and property may be damaged.
  ► Do not operate the robot mower in highly flammable or explosive environments.
  ■ As a result of a storm, the robot mower can be damaged, or foreign objects may be on the mowing area. The robot mower may be in an unsafe condition, and objects  may be ejected at high speed during the mowing. Persons may be seriously or fatally injured, and property may be damaged.
  ► After a storm, check that the robot mower is in a safe condition.
  ► Check the condition of the mowing area and remove any foreign objects from it.

Description of Operation

5.1 Functional description

The robot mower mows the grass in randomly selected paths. It is necessary to route a perimeter wire (1) so the robot mower can identify the boundaries of the mowing area.
The perimeter wire (1) transmits a signal to the robot mower. The signal is generated by the docking station.
The robot mower identifies fixed obstacles (2) in the mowing area using ultrasound sensors and a bump sensor.
If the robot mower identifies a fixed obstacle (2), it will slow down, bump into the fixed obstacle and then continue to move in a different direcion.
Areas (3) the robot mower must not navigate and obstacles it must not come into contact with must be blocked off from the remaining mowing area with the help of the  perimeter wire (1).
If the robot mower identifies a blocked-off area (3), it will slow down and then continue to move in a different direction.
In mowing operation, the robot mower leaves the docking station by itself and mows the lawn.
The robot mower is operated by the MYiMOW® app and the buttons in the control panel on the robot mower. Light strips and the matrix display on the robot mower as  well as an artificially generated voice output provide information about the current status of the robot mower.

If the battery’s state of charge is low, the robot mower will search for the nearest guide wire (4) during the mowing operation. If a guide wire (4) is recognized, the robot  mower will return to the docking station by itself. The docking station recharges the battery. At least one guide wire (4) must be installed in the mowing area. A maximum of  three guide wires can be installed. If the mowing operation is canceled or the battery must be charged, the robot mower can be sent directly back to the docking station using  the MYiMOW® app or HOME pushbutton.

Up to three starting points (5) can be specified on a guide wire (4). The robot mower can move specifically to the respective starting point and start mowing from there.
The mowing area can be divided into several zones (example: A and B) by the guide wire (4).
The zones are defined by a starting point (5).
The robot mower can be directed from the selected starting point to the left or right into the desired zone. The robot mower can then mow specifically in the selected zone.  The starting points and zones are managed in the MYiMOW® app and can be taking into account in the mowing plan.

If there is a confined section (6) in the mowing area, the robot mower navigates the confined area, provided that a particular minimum width is maintained between the  perimeter wires. If the minimum distance cannot be maintained, a guide wire (7) must be routed through the confined section (6). The guide wire (7) then guides the robot  mower directly through the confined section (6) to a starting point (8). From the starting point (8), the robot mower can mow the mowing area behind the confined section  (6). The frequency at which the robot mower returns to the starting point (8) can be managed by the MYi‐ MOW® app and taken into account in the mowing plan.

Preparing the Mowing Area and Robot Mower for Operation

6.1 Planning and preparing mowing areas
Plan and prepare the mowing area prior to commissioning the robot mower. This enables a robust installation and smooth operation and eliminates potential sources of  faults.
Planning mowing surfaces
► Familiarize yourself with the descriptions about the docking station and wire routing in the following sections.
► Transfer the information to your own garden:

• Outline of the mowing area

• Position of the docking station

• Routing of the perimeter wire (note described distances to the edges and wire routing cases)

• Routing of the guide wire(s) (at least one, maximum of three) Preparing mowing areas
  

• Remove any objects lying around.

• Remove metals, magnetic materials and materials that conduct electricity as well as old perimeter wires.

• Mow lawns with a lawn mower to the cutting height that will later be set for the operation of the robot mower. The default setting for the cutting height on the robot mower is a = 6 cm.

• Level out holes and rough, uneven patches.

• Where ground is hard and dry, slightly moisten the mowing area to make driving the anchoring stakes easier.
  

• As a result of its design, the robot mower leaves a strip with unmown lawn along unnavigable areas. This strip can be used, for example, to sow flower seeds and create  areas with blossoming vegetation for insects.
  

• If you want to mow without leaving an edge along inaccessible areas: Install edging stones or flagstones with a minimum width of a = 24 cm along these areas.

6.2 Preparing the robot mower for operation

• Remove the packaging material and transport locks.

• Ensure that the following components are in a safe condition:
  – Robot mower, 4.6.1
  – Blades, 4.6.2
  – Battery, 4.6.3
  – Docking station and power supply, 4.6.4

• Positioning the docking station, 7

• Installing the perimeter wire, 8

• Completing the perimeter wire installation, 9.1

• Installing the guide wire, 10.1

• Electrically connecting the docking station, 11.1

• Charging the robot mower, 12.1

• Locking the Bluetooth® radio interface, 13.1

• If you cannot carry out these steps: Do not use the robot mower and contact a STIHL authorized dealer for assistance.

Installing the Perimeter Wire

8.1 General requirements
Checking routing of perimeter wire and guide wire in the mowing area

► Make sure that the mowing area along the perimeter wire and the guide wire is flat and clear of obstacles as far as possible along the following widths: Perimeter wire (1)
– Toward the outside: a = 37 cm (length: 1x iMOW® Ruler)
– Toward the inside: b = 1.2 m Guide wire (2)
– Toward the right in the direction of travel toward the docking station: a = 37 cm (length: 1x iMOW® Ruler)
– Toward the left in the direction of travel toward the docking station: c = 1.2 m
Installing the Perimeter Wire

• Install the perimeter wire clockwise starting at the docking station.
• Do not kink, cut, put tension on or cross the perimeter wire.
• Make sure that the perimeter wire does not cross over a guide wire.
• Exception: When installing a corridor, the guide wire must cross the perimeter wire.
• Keep a minimum distance of 1 m to perimeter wires of adjacent robot mower installations.
• Make sure that the length of the perimeter wire does not exceed 850 m.

Attaching perimeter wire and guide wire

► Use anchoring stakes to secure the perimeter wire and guide wire so that the following conditions are met:

• The maximum distance between fixing pins must not exceed a = 1 m.
• The perimeter wire and guide wire lie flat on the ground in all areas.
• The anchoring stakes are sunk completely into the ground.

Installing Wire Reserves
Wire reserves make it easier to correct installed wire and give some leeway for future adaptations.
Examples:

• A bed is extended and blocked off.

• Bushes and shrubbery grow and the perimeter wire must be installed around the plants in a larger arc.

• The perimeter wire was cut too short at the docking station and cannot be connected. One or several wire reserves can be planned and installed.
  

• Route a = 1 m of perimeter wire in parallel and closely together around 2 fixing pins without the perimeter wires crossing over each over.

• Secure the wire reserve using additional fixing pins.

8.2 Planning guide wire and routing connection point in the perimeter wire
Carefully plan the routing of one or several guide wires in advance. Take into account the position of all guide wires when installing the perimeter wire. At least one guide wire  must be installed; three guide wires may be installed.

A guide wire (1) fulfills the following functions:
– Orientation for returning to the docking station (2)
– Moving toward a starting point (3)
– Splits the mowing area into zones (A and B) Starting at the docking station (2), install the guide wire (1) across the mowing area and connect it to a point on the circumferential perimeter wire (4) that is as far away as possible.

► Plan the guide wire so that the following conditions are met:

• Route the guide wire for a =2 m in a straight line from the docking station to the mowing area.
• The minimum distance between the guide wire and the circumferential perimeter wire is b = 27.5 cm
• Route the guide wire with a minimum distance c = 37 cm (length: 1x iMOW® Ruler) in a straight line and at a right angle to the perimeter wire and connect it.

• The guide wire must not cross over a blockedoff area connection.

• The guide wire must not be connected to the perimeter wire in a corner.

• The guide wire must not cross over a perimeter wire.
  Exception: When installing a corridor, the guide wire must cross the perimeter wire.

• The guide wire must not be kinked or under tension, and it must not cross over itself.
  

The connection point for the guide wire must be installed during the installation of the circumferential perimeter wire (4).

• Secure the perimeter wire (4) at the intended areas using a fixing pin (5).

• Place the perimeter wire (4) in a loop with a length of a = 15 cm and secure with another fixing pin (5).

• Cut the perimeter wire (4) at the end of the wire loop, such as with a wire cutter.
  The wire ends are connected to the guide wire at the completion of the installation. 10

• Continue to install the perimeter wire (4) around the mowing area.

8.3 Corners
Corners with a 90° angle
Corners with a 90° angle can be split into two corners with a 45° angle. Consequently, the robot mower changes its direction more smoothly and with less jerking in this area.

► Route the perimeter wire in corners for at least 37 cm (length: 1x iMOW Ruler) across the area.
Tapered corners with an angle < 90°
Divide tapered corners with an angle < 90° into two corners. As a result, the robot mower changes its direction more smoothly and with less jerking in this area.

► Make sure that tapered corners are not at an angle less than 90°.

Troubleshooting

22.1 Troubleshooting the Robot Mower

app and by red light patterns on the robot mower or docking station.
Most faults are indicated in the MYiMOW® Proceed as follows for troubleshooting:
► Follow the instructions in the MYiMOW app. or
► Press the INFO pushbutton on the control panel and follow the audible instructions.

perime-
stops on the way| | ged.| ter wire does not exceed 850 m.
back to the| | | ►Optimize routing of the guide wire.
docking station.| | | ►Install another guide wire within the mowing area.
| | | ►Carry the robot mower to the docking station for charging.
| | | ►If possible, in a mowing area with a slope, position the docking station in the lower area of the slope.
Fault| Light strips on the robot mower or docking station| Cause| Remedy
---|---|---|---
The robot mower fails to start the mowing process as expected.| Illuminated
strips light up blue.| The robot mower is restarting.| ►Wait until the restart has been completed.
The robot mower then automatically starts the mowing process.
Light strips light up red.
The LED on the docking station lights up red.| There is a fault on the perimeter wire or
guide wire.| ►Make sure that the perimeter wire or guide wire is undamaged.
►Make sure that the perimeter wire or guide wire is correctly connected to the docking station.
►Make sure that the perimeter wire and guide wire are correctly connected to the wire connector.
►Follow the instructions in the MYiMOW® app.
The robot mower is not charging.| Light strips light up red.
The LED on the docking station lights up red.| There is a fault in the robot mower, battery, power supply or docking station.| ►Make sure that the charging contacts on the docking station and robot mower are clean.
►Follow the instructions in the MYiMOW® app.
►If the fault persists: Do not attempt to further charge the robot mower, remove the mains plug of the connecting cable from the socket outlet and contact a STIHL authorized dealer.

Specifications

23.1 STIHL iMOW® 5.0 EVO,
6.0 EVO, 7.0 EVO robot mower Specifications

• Cutting width: 28 cm
• Cutting height – electric: 20 mm to 60 mm
• Speed of the blade disk: 2400 rpm
• Mowing speed
• iMOW® 5.0 EVO: 0.5 m/s
• iMOW® 6.0 EVO: 0.5 m/s
• iMOW® 7.0 EVO: 0.5 m/s
• Dimensions:
• Width: 291 mm
• Height: 525 mm
• Length: 705 mm
• Weight:
  – iMOW® 5.0 EVO: 15 kg
  – iMOW® 6.0 EVO: 15 kg
  – iMOW® 7.0 EVO: 16 kg
  – Protection class: III
  – Degree of protection: IP56
  – Maximum mowing surface:
  – iMOW® 5.0 EVO: 1500 m²
  – iMOW® 6.0 EVO: 3000 m²
  – iMOW® 7.0 EVO: 5000 m²
  – Active time 1000 m² (per week)
  – iMOW® 5.0 EVO: 35 h
  – iMOW® 6.0 EVO: 30 h
  – iMOW® 7.0 EVO: 20 h
  – Maximum length of the perimeter wire: 850 m
  – Maximum gradient: 45%

Bluetooth®

• Data connection: Bluetooth®  5.1. The mobile appliance must be compatible with Bluetooth® Low Energy 5.0 and support Generic Access Profile (GAP).
• Frequency band: ISM band 2.4 GHz
• Maximum RF power transmitted: 1 mW
• Signal range: approx. 10 m. The signal strength depends on the ambient conditions and the mobile terminal. Signal range can vary greatly depending on local conditions,  including the receiver. The range may be perceptibly reduced inside enclosed rooms and through metal barriers (such as walls, shelves or cases).

23.6 Temperature limits
WARNING

• The battery in the robot mower is not protected against all environmental conditions. If the battery is exposed to certain environmental conditions, it may catch fire or  explode. This may result in serious injury to people and damage to property.
• Do not charge the battery below 5°C or above 40°C.
• Do not use the robot mower below 5°C or above 40°C.
• Do not use the docking station and power supply below 5°C or above 40°C.
• Do not store the robot mower below 0°C or above 40°C.
• Do not store the docking station and power supply below – 20°C or above 60°C.

23.7 Recommended temperature ranges
For optimum performance of the battery installed in the robot mower and of the docking station and power supply, observe the following temperature ranges:

• Charging: 5°C to 40°C
• Use: 5°C to 40°C
• Storage of robot mower: 0°C to 40°C
• Storage of docking station and power supply: 20°C to 60°C
  If the battery is charged, used or stored outside the recommended temperature ranges, performance may be reduced.

Open Source Software

28.1 Open source software
This product contains copyright protected open source software that has been published by the respective copyright holders under certain license terms such as GNU  General Public License (GPL), GNU Lesser General Public
License (LGPL), Apache License or similar licenses. If copyright protected notes, terms of use or license terms are contained in this User Manual that contradict the terms of  an applicable open source license, they are not used in the User Manual. The use and dissemination of the contained open source software is subject exclusively to the  respective open source license.
Insofar as the applicable license grants you the right to the source code of this software and/or other additional data, you can obtain the source code from us during a period  of three years after our last delivery of the product and if the license terms require it for as long as we offer customer support for the product. To obtain the complete corresponding source code from us, you can send your request with information of the product name, serial number and version of the corresponding software to the  following address:
ANDREAS STIHL AG & Co. KG, Open Source Team/Officer, Postfach 17 71, 71307 Waiblingen, Germany. We reserve the right to charge you the costs of the data carrier  as well as shipping costs. You can find additional information at the following website: https://open‐source.stihl.com

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