Steps to download and install Inspector:

• Open your internet browser and go on www.Flyability.com/inspector

• Click on Download Inspector

• In your Download folder, install the file called Inspector.setup

• The first time you open Inspector, you will be asked to log in or register.

  • The license is attached to the drone and not to the user; this means that you can use the same login as for the activation of the drone. If another user want to install Inspector too, he can create a login for himself by clicking on “register.“

• Inspector training videos are available in the training simulator.

At Flyability, we’ve worked to simplify your experience by minimizing the number of accounts you need to manage.

Your initial login will give you access to key services, including drone activation, the Inspector software, cloud connectivity, and the training simulator, all through a single account.

Please note, however, the access to the Flyability Academy requires a separate account, as it operates on a different platform.

Steps to Activate Your Drone

• Turn on the tablet included with the drone and connect it to a Wi-Fi network.

• Connect the USB-C cable between the tablet and the remote control.

• Turn on the remote control.

• Open the Cockpit application on the tablet.

• Insert a fully charged battery into the drone and power it on.

• Wait for the Cockpit app to connect to the drone.

• A pop-up window will appear in the app prompting you to register the drone.

Click Register and follow the steps to create your account.

Keep your credential as you will need them after the installation of Inspector and for the simulator.

Thank you for choosing the Elios 3! In this video, we’ll walk you through all the essential steps to ensure you get the most out of your new drone.

We'll also show you where to find key information and training materials to help you master your Elios 3 with ease.

At the end of this page, you'll see a Next button. Click it to move on to the next section of your onboarding, where you'll find detailed written information and links covering everything discussed in this video.

Cockpit is the official Flyability application used to pilot and monitor the Elios 3 drone. It provides pilots with a live video feed, flight telemetry, and access to essential settings and mission data. Through the Cockpit app, users can control flight modes, monitor system status, record flight data, and perform firmware updates for both the drone and its components.

This training video explains how to use the Cockpit app and its main features.

Inspector is software that evolves quickly. So we made these 4 videos to help you locate the different functions of the software.

Find this article on computer with:

Additional Training Resources

In addition to the mandatory training on the simulator, we offer other resources to help you get the most out of your equipment.

One of the key resources is the . Please note that this platform requires a separate login, as it operates in a different environment from the simulator.

In the Flyability Academy, you’ll find:

Step 4: Activate Your Warranty

To activate your warranty, you must pass the exam in the training simulator, even if you've completed in-person training.

The simulator comes pre-installed on your drone’s tablet. To access it, you’ll need:

• The tablet

Package Reception Checklist

To ensure a smooth start with your new equipment, it’s important to carefully inspect your delivery as soon as it arrives. Here are a few key steps to follow:

1. Verify the number of parcels: Some orders may be shipped in multiple boxes. Check the delivery documents provided by the shipping company to see how many parcels you should expect. Packages may not always arrive on the same day, so it’s important to be aware of the total number.

2. Inspect the packaging: Take a moment to look over the general condition of each box. If any package appears damaged, it’s important to document it immediately and inform the delivery service or our support team. Additionally, please check beneath the carton protection to verify the condition of the wooden transport case.

3. Check the contents: Open the boxes and compare the items received with your purchase order to make sure nothing is missing. The purchase order serves as a reference for everything that was included in your shipment.

In addition of the aircraft, you could check the content of additional payload and accessories

By following these steps, you help ensure that any issues can be identified and resolved quickly.

Ressource

Over the years, a wide range of resources has been created to help new customers learn how to use their drone effectively and get the most out of it.

These resources cover various formats and topics, including:

• Webinars

They are designed to provide insights, best practices, and real-world examples tailored to different applications and industries.

https://www.flyability.com/resources

Knowledge base

You're now on our Knowledge Base, where you’ll find a wealth of helpful resources.

• On the left side of the page, you’ll find different categories containing a wide range of useful articles.

• Use the search bar at the top of the page to quickly find specific topics.

• On the right side, you’ll have direct access to the main website, the cloud platform, and contact details for our support team.

As mentioned in the video, we’re happy to schedule an onboarding call with you. During this session, we can answer any remaining questions you may have and provide guidance on how to perform an inspection. You can book a call with one of our pilots on this

Accessing the Flyability Knowledge Base You’re currently on Flyability’s Knowledge Base, where you can find:

• Quick start guides

• User manuals

• Maintenance documentation

Support

If you need assistance with your drone, our Support Team is here to help. You can reach us through the or by email at [email protected].

You can also contact the Support Team by phone at: +41 21 311 55 00.

For questions related to specific inspections or use cases, our Training Team will be happy to assist you.

With these steps, you’re now ready to begin your journey with the Elios 3! Click Next to continue.

The Surveying Payload turns the Elios 3 into a fl ying mobile scanner that can fi t through openings as small as 50x50 cm, and create high-resolution scans beyond line of sight, to provide rapid insights that are not accessible with traditional tools or other UAV technologies. The high-resolution Ouster OS0-128 Rev 7 LiDAR sensor in combination with the world’s leading FARO Connect SLAM algorithm creates incredibly accurate 3D maps and digital twins of the most inaccessible spaces with centimeter precision.

Safety around battery manipulation is important ! Since our last communication on this topic in November 2022, about Elios 3 battery safety, we have heard back from customers with damaged battery charger connectors.

Therefore, we have improved the battery charger connector design. This new design is now the only one being sent with our products.

In order to increase safety with Elios 3 battery chargers, we offer free replacement of the old ones.

We strongly recommend only using this new charger design and dispose of the old one.

How to recognize and old design charger

Looking at the charger connector

October 2025

October 2023

The Flammable Gas Sensor Payload by Flyability is a type of sensor built to add an additional layer of safety to Elios 3 drone operations. It is used to detect and measure the concentration of combustible gases in the air, which may ignite or explode if exposed to an ignition source.

This Payload should not replace standard gas detection procedures and is not built as a tool to search for gas concentrations. If any level of gas is detected you should immediately exit the area with the drone and shut off the drone.

Cockpit 2 is the application used to pilot the Elios 1 and Elios 2 systems. Its main use is to allow the pilot to view the live video feed from the onboard cameras, thus enabling FPV flights. In addition, different dashboards allow precise monitoring of the system.

The app is designed and optimized for the tablets provided by Flyability (Samsung T580 and Active 2).

⋅ ⋅ ⋅ ⋅ ⋅ ⋅ ⋅ Blinks green (Imminent takeoff)

Drone is in arming delay state

⋅ ⋅ ⋅ ⋅ ⋅ ⋅ ⋅ Blinks cyan (Firmware upgrade)

Esc upgrading / Payload updating / obc update flags (herelink / lidar / vio)

˗˗˗˗˗˗˗˗˗˗˗˗ Solid pink (USB Masstorage)

USB powered enabled and USB Host is detected

⋅ ⋅ ⋅ ⋅ ⋅ ⋅ ⋅ Blinks light blue (binding mode)

Activated after holding button for 5-10s then will stay in this mode for 10s

⋅ ⋅ ⋅ ⋅ ⋅ ⋅ ⋅ Blinks yellow (Battery lever open)

Battery lever not detected

⋅ ⋅ ⋅ ⋅ ⋅ ⋅ ⋅ Blinks red (Battery critically low or error )

If battery SoC < 10% or Battery Communication error

-- -- -- -- Blinks light orange (Battery low)

If battery state SoC < 20%

⋅ ⋅ ⋅ ⋅ ⋅ ⋅ ⋅ Blinks light orange (Onboard transmission system overheating)

CPU temperature above 90°C and not receiving remote controller commands

-- -- -- -- Blinks lite blue (Transmission system not connecting)

Aircraft does not receive remote controller signal or the latency is too big

-- -- -- -- Blinks lite yellow (Arming sequence blocked)

Arming sequence blocked, warning message should be displayed

˗˗˗˗˗˗˗˗˗˗˗˗ Solid green (Drone OK)

Drone Ok (default state - none of the above)

We have created a basic flight simulator to help pilots build and maintain their skills. This simulator runs on the Elios 2 tablet and can be used to familiarize yourself with the flight controls in a realistic setting.

Download and install the APK file onto the tablet, the app will be called "Elios Training". The installation requires an internet connection for a one time activation at first use.

When connecting the remote controller to the tablet via USB, the tablet will ask you to allow this app to connect to the DJI controller, you must press confirm to continue. The simulator might take a few moments to launch.

Developed in partnership with Cygnus Instrument, the UT Payload turns the Elios 3 into a fl ying UT gauge that can capture accurate A-scans in the most challenging areas. Equipped with the Elios 3 UT, industry professionals can perform regular integrity inspections in minutes - reducing the probability of unplanned downtimes.

One of the standout features of the Elios 3 is its modular payload system, which allows it to be equipped with different payloads and accessories depending on the mission requirements.

General documentation

Standard battery and High-capacity battery

Material Safety Data Sheet & Test Report

Certificate of conformity

Automatic update:

Cockpit application will prompt you for an update whenever a new one is available and if the tablet is connected to the Internet. We recommend you do the update through the automated process. If for any reason you cannot follow the automatic update process use the following procedure to manually update Cockpit application.

Manual update:

Download the latest version of the .

Connect the tablet to your computer, through the USB cable. You will need to unlock the tablet, and then the Android system might ask you to grant access. Please accept.

Copy the latest cockpit APK into the download folder. Once copied you can disconnect the tablet from the computer.

If you wish to backup your tablet recordings, you can do it now, Go to “My Files” application and then under Internal storage > Flyability > Cockpit > Recordings. They should not be removed when updating, but the backup is recommended as a safety measure.

From the tablet go into Settings->Apps->Cockpit and tap on “Uninstall”

Once finished go into the “My Files” application under the “Installation files” folder tap on the cockpit APK you have copied. The installation process will start. You might be prompted by the Android system to allow installation from unknown source. Please accept.

Once the installation is done you can start the cockpit application and follow the start up process from the app. You will be prompted for authorization please accept all of them.

The HDMI output can be connected to a secondary monitor for demonstration purposes, or in combination with a higher brightness monitor when flying in direct daylight.

What you will need

• Android/IOS device with DJI GO app installed (DJI GO—for products before P4 version)

• USB Cable

• The remote controller

Instructions

1. When the controller has connected to the tablet, the blue camera button will appear in the main menu of the DJI GO app.

2. Go to the HD tab (Image transmission settings)

3. Make sure you have

A beeping sound and red flashing LED can indicate the following errors:

• Low battery

• Stick calibration

• Hardware error

If the possibility of a low battery has been eliminated then the use of the "DJI GO" app is required the debug the issue further.

Important notice

What you will need

• Android/IOS device with DJI GO app installed (DJI GO—for products before P4 version)

• USB Cable

• The remote controller

Step by Step guide

• Deploy, connect the USB cable and turn on the GCS.

• Launch DJI GO app

• Once the Remote Controller Picture appears, tap on Camera.

• Tap on the bar at the top of the screen to display the cause of the error.

1. If calibration is required: follow the on-screen instructions to perform the calibration.

2. If hardware error: The unit will need to be sent to Flyability for repairs or swapped out for a new unit. Please contact the

Calibration ensures that the control sticks have correct center point and range, the status LED on the GCS unit will blink red and a beeping sound will be heard when calibration is necessary. The control sticks can be calibrated with the DJI GO app by following these steps:

• Install "DJI GO--For products before P4" on your personal device. We do not recommend, to install it on the provided tablet. Cockpit and DJI GO do not get along well. Download DJI Go App for Android or IOS

• Connect the GCS to a device with DJI GO, turn on the GCS and launch DJI GO

• DJI GO will automatically detect the Lightbridge 2, press on the "Camera" button

Instructions

• In the next screen, press the settings icon in the top right corner

• In the settings menu, select the transmitter icon tab, then press on the "Remote Controller Settings" arrow

• Press on the "Remote Controller Calibration" arrow

• Press "Calibrate" and follow the instructions on screen

The GCS is mounted (tablet and controller ON and connected with the USB cable). If the connection status in Elios Cockpit shows the controller blinking, that means you have either a USB cable failure, a tablet’s connector failure or an issue within the Tablet default USB accessory attribution.

Faulty USB cable

Try another USB cable and see if it works. If not, it is probably a connectors failure or a software failure.

Faulty Tablet’s micro USB connector

Try wiggling the USB plug on the Tablet’s side. If no connection is made, it is probably a software failure.

Fix the software failure

1. Disconnect the tablet from the controller and turn off the controller.

2. Go to the application menu and open settings.

3. Go to Application > Application manager > cockpit > Set as default > CLEAR DEFAULTS.

4. Restart the tablet and wait for it to be fully turned on.

5. Connect the controller to the tablet, then turn on the controller.

6. A dialog box will pop up. Check the case “Use by default for this USB accessory” and tap OK. If instead a list slides up from the bottom side of the screen, tap on “Cockpit”.

Since its release in 2022, the Elios 3 has become a key instrument in the surveyor toolbox for capturing LiDAR data in areas where it was never possible to capture data before. With the growing need for better and more efficient data capture, sectors like mining, construction, and infrastructure management are turning to the Elios 3 to conduct safer inspections and surveys with greater data coverage.

Now, with the introduction of the Elios 3’s new Surveying Payload, the capabilities of this drone have been augmented. This report will detail the results of testing the new payload’s accuracy and demonstrate exactly how it has added to the Elios 3’s data collection workflows.

To start using the simulator, you need a Wi-Fi connection, the remote control of the drone, and the tablet. Then simply follow the instruction to complete your training.

Elios 2 Cage pentagon replacement

Elios 2 Propellers replacement

Elios 2 Motors replacement

Elios 2 Payload replacement

Elios 2 Extract avionic SD card

Cockpit is the application used to pilot the Elios 1 and Elios 2 systems. Its main use is to allow the pilot to view the live video feed from the on board cameras, thus enabling FPV flights. In addition, different dashboards allowing precise monitoring of the of the system.

The app is designed and optimized for the tablets provided by Flyability (Samsung T580 and Active 2).

When extracting data from a tablet you will need first to allow the file transfers to access the internal memory.

1. Connect the tablet to the computer with the UBS Cable

2. Swipe down the notification bar and double-tap on the Android System entry:
3. Set the USB mode to "Transferring files / Android Auto"
4. When connecting back the tablet to the remote controller, set back ''USB tethering mode''

We offer some training on the Faro Connect software. If you purchased the Survey payload, and you did not already receive the access for the training. Please contact [email protected] and indicate your name, your company, and your country. The training team will send you a link for the online training.

For volumetric calculation, we recommend the use of the Leica Cyclone software, or for a free option, you can also use CloudCompare.

This video show how to do stock volumetry calculation with CloudCompare.

When planning inspections, it is important to be able to give an estimation of how much time is needed to inspect a certain asset. In this article we will discuss some of the variables which influence the duration of an inspection.

Generally speaking, a flight can be divided into two phases: transit to (and from) the inspection area inside the asset, and the inspection itself.

With the Flammable Gas Sensor mounted on the Elios 3, operators can reliably detect +14 fl ammable gases (including hydrogen), reducing risks during confi ned-space inspections. Factory-calibrated and equipped with built-in self-testing, the Flammable Gas Sensor requires no fi eld calibration, ensuring continuous, fail-safe operations in even the harshest industrial environments.

Cockpit Automatic installation

Basic diagnostic information is displayed on the four LED navigation lights of the ELIOS 2. A combination of blinking patterns and colors are used to transmit different types of information about the status of the drone.

Drone Idle

Introduction

With Return To Signal (RTS), one should not fear losing the drone after live video feed loss due to a weak radio signal. The Elios 3 automatically monitors the live video connection and as soon as the video is lost due to weak radio signal conditions, the drone will automatically fly back along the same trajectory it came until the video is re-established.

Releases

• Elios 3: (published October 2025)

• Elios 2: (published January 2022)

The Elios and Elios 2 drones use the DJI Lightbridge 2 transmission system, and as such require the DJI GO app to be used for some advanced operations such as:

Elios 2 has several flight modes which can be selected by the pilot. Each have their own properties and uses.

ASSIST is the default control mode, and must be engaged at the beginning of a flight. In this mode, several optical sensors around the drone will measure its distance and motion with respect to nearby objects. It uses this information to automatically remain perfectly stationary.

However, optical sensors have limited range, and the quality of their measurements can be reduced by dust, direct sunlight, or featureless surfaces.

In the ATTI flight mode, the pilot's inputs directly control the attitude of the drone and the optical sensors are not used. This control mode must be selected if the pilot notices erratic flight behavior due to the limitations of the optical sensors.

Some flight environments are more demanding on the stability system (and pilot) than others. You can use the to estimate the difficulty level in function of several environmental factors.

RC to Cockpit connectivity issue after updating to Android 15

If you recently updated your Samsung S8 WIFI (SM-X700) tablet to Android 15. Please follow these steps to activate connectivity between the RC and Cockpit.

1. Restart your tablet

Inspector 5 is the new official software used to analyze the inspection footage gathered by Elios 3 systems

Inspector is used to review the flight video alongside certain telemetry values and the thermal camera images. It also allows you to:

• Analyze the video frame-by-frame together with the 3D map.

• Align and manipulate multiple flight maps manually. (Premium feature)

Calibration ensures that the control sticks have the correct center point and range. The status LED on the GCS unit will blink red, and a beeping sound will be heard when calibration is necessary. The control sticks can be calibrated with the DJI GO app by following these steps:

• Install "DJI GO--For products before P4" on your personal device. We do not recommend installing it on the provided tablet. Cockpit and DJI GO do not get along well.

• Connect the GCS to a device with DJI GO, turn on the GCS, and launch DJI GO

• DJI GO will automatically detect the Lightbridge 2, and press on the "Camera" button

“UT” stands for Ultrasonic Testing, an NDT technique used to inspect materials, detect flaws, or measure thickness using ultrasound without damaging the object being tested. The UT Payload is a module designed as a collaboration between Cygnus Instruments and Flyability. It is mounted on the Elios 3 drone and is used to perform ultrasonic testing. UT is not a simple technique and requires the correct training and understanding of the technology and its outputs.

Below you can find all the necessary material on how to use and correctly maintain the UT Payload by Flyability and how to manage and interpret the data collected by the Elios 3 UT drone.

The HDMI output can be connected to a secondary monitor for demonstration purposes, or in combination with higher brightness monitor when flying in direct daylight.

What you will need

Automatic updates:

Cockpit 3 is the application designed for Elios 3.

In addition, of the previous version, the new application allows the visualization instantly of a high-density point cloud map, empowering pilots with exceptional locational awareness. A real-time 3D view of the drone’s trajectory and environment provides crucial data.

In environments such as underground galleries, stacks, or mines, signal propagation can be limited by the geometry of the place to inspect, and remotely operating a robot becomes difficult. By placing the remote controller antennas in a better location, closer to the drone, it is possible to extend the range of the drone. The Range Extender is an optional accessory that connects to Elios 3 ground control station, providing an extended signal reach for beyond line-of-sight operation.

This video will explain all the good practices and limitation of the Range extender.

The Elios 3 remote controller sticks are factory calibrated, meaning calibration is normally not required. However, the calibration procedure can be performed if needed to troubleshoot specific control issues.

When Calibration May Be Needed :

• Difficulties to make the arming or disarming sequence

To check if your transmission system is 100% functional, please follow these checkpoints before each mission/flight:

1. Connect the system with a fully charged battery for the drone and for the Range Extender if you use one

   1. If you use a modified GCS ensure the antennas are correctly fitted

   2. If you use the Range Extender ensure the cables are correctly fitted

Perform fast and accurate radiation surveys of indoor spaces with the Elios 3 RAD Payload, powered by Mirion Technologies. It provides in-flight and post-flight radiation readings, localization, and reporting, plus a detachable sensor for easy swapping with existing units.

In this video, you will see how to mount the RAD sensors and how to use it. The last part of the video covers the limitation of the Rad sensor.

Every Flyability drone comes with complimentary training. People new to drones will need some coaching to fly the Elios 1, but for some users it is sufficient to go through a self-training process. The following resources are available for pilots wishing to go through self-training.

This is a quiz to test your knowledge of Elios 1. It must be completed by all new pilots, even if they take an organized training. Prepare for this quiz by reading the

• This exam must be passed to activate the warranty

• This exam must be passed prior to flying the UAV for the first time. A sticker on the Remote Control reminds the owner of a brand new UAV that he should pass his exam prior to any use.

These are designed to give new pilots hands-on experience with flying the drone in a safe area before heading out into the field. The exercises are designed to train the reflexes of the pilot while performing increasingly complex tasks.

A beeping sound and red flashing LED can indicate the following errors:

• Low battery

• Stick calibration

General Documentation

Battery and Charger

To check if your transmission system is 100% functional, please follow these checkpoints before each mission/flight:

1. Connect the system with a fully charged battery for the drone and the Range Extender if you use one

   1. If you use a modified GCS, ensure the antennas are correctly fitted

   2. If you use the Range Extender, ensure the cables are correctly fitted

The Range Extender allows you to place an antenna inside a confined space, improving the radio link and eliminating the need for the pilot to enter the confined space whilst piloting the drone.

The Elios controller has been modified with antenna connectors. This modification allows the possibility to connect antennas directly to the controller or to connect the 20m extension cables when using the Range Extender.

The Elios 3 RAD Payload is an advanced radiation detection system designed to integrate seamlessly with the Elios 3 drone. It provides real-time radiation mapping and measurement capabilities, enabling safe and efficient inspections in hazardous environments. This payload is ideal for applications in nuclear facilities, emergency response, and industrial inspections, combining precision, reliability, and ease of use to enhance operational safety and decision-making.

The Elios and Elios 2 drones use DJI Lightbridge 2 transmission system, and as such require the DJI GO app to be used for some advanced operations such as:

• Changing the camera operator settings (Page 76)

• Calibrating the control sticks

• Setting up the HDMI output

Important notice

Flyability drones require firmware v1.2.10 to be installed on the control unit, it is therefore imperative that you do not let the DJI GO app perform a firmware update, even if it shows a flashing banner:

In case you need to downgrade the firmware version, these steps have to be followed:

What you will need

• Fully charged remote controller

• USB cable

• Charged Android or iOS device with DJI Go application installed and Internet access

Step by Step guide

• Power on and connect the remote controller to a device with DJI GO (before P4) application

• Open the application and wait until it detects the Lightbridge 2 product. Then tap and hold the 3 horizontal lines icon at the top right of the screen
• From the drop-down menu, select version 1.2.10 and tap the Download Firmware button. If the Android keyboard is displayed, tap the tablet return button to hide it and reveal the Download Firmware button.

v1.7 January 2022

New features:

• Compatibility with new E2RAD sensor payloads (LOW, MID, HIGH level)

• When a battery error is detected the drone goes into Autoland mode and the tablet vibrates for 3 seconds to warn the pilot.

• LED blink patterns updated, they will now blink red in case of a battery warning or a critically low battery.

Bug fixes

• Wifi streaming reliability improved

• Transmission status logging fixed

• Maintenance panel information no longer gets stuck in 'loading' status

v1.6 August 2021

New features:

• New Signal Strength indication - The two indicators on the top left corner now indicate downlink and uplink RSSI instead of a quality indicator as it’s more gradual and could prevent incidents in tricky environments such as sewers.

• Battery SoC displayed up to 60 cycles instead of 40

• Cockpit is now available in French, Spanish, German and Russian. Error codes added to warning messages.

Bug fixes

• Distance Lock controls fixed for Mode 1

• Big warning appearing in Cockpit about exceeded number of cycles of batteries also for new batteries fixed

v1.5 August 2021

New features:

• Integration with Elios 2 RAD Radiation detector payload

Bug fixes

• Drone is no longer disarmed when performing the arming sequence when already armed

v1.4 November 2020

New features:

• Photogrammetry flight mode now has grid lines overlaid to help with managing overlap during flight.

• Failsafe: After loss of signal the drone maintains altitude for 15 seconds, then starts the auto descent.

• Firmware update is only possible if drone battery voltage is higher than 16V New warnings to communicate about hardware issues in the transmission system.

• Added warnings to communicate that motors are approaching or have exceeded the maximum recommended replacement interval of 25 flight hours.

Bug fixes:

• Camera Initialization improved to avoid recording error. Drone cannot be rearmed immediately after disarming to ensure proper video file termination.

• General bug fixes and improvements

v1.3 March 2020

New features:

• Distance lock setpoint is now tunable

• Improved tuning for auto closeup LED

• Drone blinks during arming sequence to estimate battery internal resistance

• Drone will not arm if battery is outside temperature range Added more info to payload logs

Bug fixes:

• Removed glitches in camera warnings

• Improved yaw control

• Corrected trim implementation

• Improved drone stability on the ground

Cage element replacement

Propellers replacement

Carbon ring replacement

1. Install the bearing from the outside into the carbon ring on the straight part.

2. Position the Carbon beam into the ring.

3. Tighten up the carbon beam into the ring with the black screw. Use the T10 screwdriver and

4. Repeat steps 1. 2. and 3. for the other side.

Suspension replacement

Necessary equipment:

• 2x Bearings Ø8x3 4mm

• 1x Spacer bearing

• 1x M3x16 Screw with Tuflok

• 1x Suspension

1 - Assemble the bumpers to the ring as shown on the schematic below

2 - Place the zip-ties on the cage's connector, ensure the zip-ties ratchets are located in the cage as shown in the picture below

3 - Pass the zip-ties tape through the pentagon, then the suspension

4 - Tighten zip-ties with the needle-nosed pliers and trim them close to the ratchet with the cutting pliers.

General Documentation

Battery

Material Safety Datasheet & Test Report

Latest firmware: v1.7 (January 2022)

Before Starting

Unboxing the Payload

When you have received your new Flammable Gas Sensor, make sure that the package is not damaged externally. If any substantial damage can be seen, contact our customer support team (

Since the release of the Elios 3 firmware package 2025.03, we have noted an increase in customer reports of blocked batteries. These batteries exhibit a magenta status LED and fail to communicate with the drone.

To address this, we released a drone firmware hotfix, version 2025.03.1, on October 22nd. This hotfix prevents the battery firmware update, identified as the cause of the issue. We highly recommend updating your drone to this latest version.

Note that the issue is not the battery firmware itself, but is due to the update process.

For customers with already blocked batteries, we also offer a method to revert them to a functional state, see below.

How to revert blocked batteries

v2.8 January 2022: New features:

• Compatibility with new E2RAD sensor payloads (LOW, MID, HIGH level)

• When a battery error is detected the drone goes into autoland mode and the tablet vibrates for 3 seconds to warn the pilot.

Basic Information

Please include the following details:

• Battery type: Specify whether it is an Elios 2 or Elios 3 battery.

v2.8 January 2022: New features:

• Compatibility with new E2RAD sensor payloads (LOW, MID, HIGH level)

• When a battery error is detected, the drone goes into autoland mode and the tablet vibrates for 3 seconds to warn the pilot.

Gather information about the flight environment

Avoid unpleasant surprises by gathering as much information as possible about the flight environment before you are on site. Ask for blueprints, photos, or descriptions of the flight area. You should be able to answer the following questions:

Every Flyability drone comes with a complementary training, but for some users it is sufficient to go through a self-training process. The following documents are available for pilots wishing to go through self training.

This is a short theory presentation to introduce new users to the features of the Elios 2 drone.

Flight simulator: This simulator runs on the Elios 2 tablet and can be used familiarize yourself with the flight controls in a realistic setting. Download and install the .APK file onto the tablet, run the app, and connect the tablet to a controller. The tablet requires an internet connection for a one time activation at first use.

. These are designed to give new pilots hands on experience with flying the drone in a safe area before heading out into the field. The training box shown in the exercises can be created by cutting ca. 450mm diameter holes into a cardboard box. It serves to give an impression of the behavior of the drone in extremely confined spaces.

We have created a training simulator solution that recreates the flying experience inside industrial assets.

The help pilots build and maintain their skills. This application runs with the Elios 3 tablet and remote controller. It can be used to familiarize yourself with the flight controls in a realistic setting.

Installation instruction:

Drone

Drone Lighting: Configuration, Operation, and Best Practices

The ELIOS 2 drone features strategically placed light panels to enhance visibility in dusty environments. The main lights are positioned away from the camera and angled outward to minimize glare. A close-up light, located next to the camera, helps reduce shadows but should be turned off in large dusty areas to prevent blinding effects.

To manage lighting effectively, pilots can choose between automatic mode, where the close-up light activates within 90 cm of a surface, and manual mode, which requires full control over light operation. Proper use of these settings improves visibility and performance in challenging conditions.