Code: STIGA-A1500
STIGA autonomous robot mowers are cable-free. The installation is virtual and the working perimeter of the robot can be adapted anytime. With the patented AGS technology, the robot can plan mowing sessions intelligently. You have full of your robot from the STIGA.GO app.
€2,999.00
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Experience
STIGA autonomous robot mowers are cable-free, meaning there is no requirement to lay a boundary wire. The installation is virtual and the perimeter can be adapted anytime. With the patented AGS technology, the robot can plan mowing sessions intelligently. You have an overview of your robot using the STIGA.GO app.
- STIGA Active Guidance System predicts GPS signal availability and mowing efficiently
- 4G connection and STIGA Cloud for constant communication
- Cable-free. Installation is virtual and simply done via the STIGA.GO App
- Mowing efficiency via systematic cutting patterns
- Full control via STIGA.GO App. Integrated with Alexa
- Free data connectivity included for the lifetime of your robot.
Engineered for precision accuracy, the STIGA A 1500 autonomous robot features STIGA's unique patented Active Guidance System (AGS) technology. Whilst other autonomous mowers may lose signal or be affected by obstacles in built-up areas, requiring intervention to complete the mowing cycle the STIGA A 1500 autonomous robot mower can predict the GPS signal quality at different times of day and intelligently plan mowing paths in advance to ensure it can mow uninterrupted when the signal is strongest.
STIGA A 1500 knows exactly when, where and how to cut your grass to keep your lawn healthy giving you and your family more time to enjoy your garden. The installation is fully virtual, meaning the working perimeter can be set through the app. If your garden layout should change, you can simply update the new cutting area and perimeter using the STIGA.GO App.
Equipped with our long-lasting STIGA ePower battery, the STIGA A 1500 can reliably cut up to a 1500 sqm lawn in just two cutting sessions a day. The next session will always start where the previous one finished, so the robot can care for the whole lawn area by cutting different zones every day. To preserve lawn's health we reccomend scheduling just 2 cutting sessions a day; however, the scheduling is fully flexible.
Excellent sound insulation keeps motor noise within the autonomous robot mower's outer shell. For days when you have people over for a party, you can use the app’s stay-away setting to tell the robotic lawn mower what areas to avoid and at what times. When it comes to maintenance and cleaning the sturdy outer shell can easily be removed without any tools and it’s also safe to clean using a garden hose.
If you need to clean the machine's body with a direct waterflow ensure to keep the robot in its working position (horizontal, wheels downwards). If you are just cleaning the blades, use a brush. No direct waterflows should be used when the robot is upside-down.
| Product Weight | 8.5 kg | Number of batteries | 1 |
|---|---|---|---|
| Smart APP | Yes | Cutting Width | 18 cm |
| Battery voltage | 25.2 V | GPS | Yes |
| Product dimensions (L x W x H) | 545 x 405 x 245 | Maximum slope | 45% |
| Cutting Height Range | 20 - 65 mm | Rain sensors | Yes |
| Motor type | Brushless | Maximum cutting speed | 22 m/m |
| Battery capacity | 5 Ah | Blade type (Robot) | 4 pivoting blades |
| APP Lock | Yes | Power source | Lithium-ion battery |
| Suggested working area | 1500 m² | User interface | Keypad |
| Blade Speed | 2850 rpm | Charging system | Automatic |
| APP Control | GPRS-4G |
How does the STIGA autonomous robot lawnmower work?
Our autonomous robot mowers cut the grass within a virtual boundary. The perimeter is set via the App, meaning there is no boundary cable. The STIGA autonomous robot mowers don't need a physical perimeter wire, as they are guided by GNSS-RTK signal, combined with the predictive STIGA AGS technology. The robot is a maintaining mower which means it does not collect grass, but instead scatters the grass clippings on the lawn that then decompose acting as a natural fertiliser. Programmed to trim the lawn at scheduled intervals, it automatically knows when to return to the charging station.
What is the AGS technology installed on STIGA autonomous robot mowers and how does it work?
STIGA’s patented Active Guidance System technology ‘learns and maps’ the dynamics of your garden, along with the patterns of GPS Satellite blind spots, as the robot moves throughout the day. This way, it allows the robotic lawn mower to plan cutting sessions ahead, knowing exactly when and where to cut, in order to never lose signal and avoiding the risk of stoppages. You don't need to intervene or do anything; after a learning phase (usually 3 days after activating the robot mower), the robot mower will have mapped both your lawn and the sky above it, knowing exactly when and where satellite signal is strong enough for it to mow uninterrupted.
Why does the autonomous robot mower need a reference station?
STIGA autonomous robotic lawn mowers work with RTK-GPS technology. RTK-GPS technology uses a fixed datum point called a ‘Base Station’ - what we call ‘Reference Station’. The reference station tracks signals from as many GPS satellites as possible in ‘real time’ to establish its own global location. The reference station, which will be located in your garden, and the robot mower are in constant communication, allowing the robot mower’s location to be accurate to within 1 and 4 centimetres. The reference station and the robotic lawn mower communicate via 4G cellular data signal.
Can a STIGA autonomous robot lawn mower work at night?
Yes, STIGA autonomous robotic lawn mowers could potentially mow at night, but we strongly recommend to have them working only during daylight hours, possibly in the suggested cutting sessions (the STIGA.GO app will recommend them for you, depending on your lawn's dimensions). As grass is very humid at night and the garden is occupied by nightlife, such as small insects or hedgehogs, we recommend for both nurturing lawn health and respecting the ecosystem to not schedule cutting sessions overnight.
Can a STIGA autonomous robot lawn mower work in the rain?
Yes, the STIGA autonomous robot lawn mower is able to operate in the rain; however, we recommend that you activate the rain sensors as mowing wet grass can ruin the lawn. When the sensors detect rain, the robot mower will then automatically return to the charging station and wait for the next working cycle.
Why is it recommended that you send your autonomous robot mower out twice a day?
One of the main reasons is related to lawn health... and also to your time on the lawn! By scheduling 2 daily cutting sessions in two specific time frames, the lawn will have the time to recover and stand up again. The autonomous robot mowers leave a minimum of 5 hours between mows. By doing that, the grass has plenty of time to seal in the moisture and heal from the 'injury' of the last cut, before the next mow. Then, with just 2 mowing cycles a day the autonomous robot mower leaves more than enough time between cuts for the grass blades to properly recover, stand up proud again, and continue to grow healthy.
How many cutting patterns does the STIGA autonomous robot mower have?
Through the STIGA.GO App, users can decide to make their STIGA autonomous robot mower mow in parallel lines from North-South, parallel lines from East-West, or they can choose to mow diagonally. The fluidity of the movements, as well as the cutting speed, has been accurately studied to promote lawn health.
Does the STIGA robot lawnmower collect grass clippings?
No, the STIGA autonomous robot mower does not collect grass. It does a sort of mulching, which means that grass clippings are scattered onto the lawn that then decompose acting as a natural fertiliser.
Does the robot mower have a remote control?
The STIGA autonomous robot mower is fully controllable via the STIGA.GO App on your mobile phone. From the very first installation, you have complete control of your robot through the STIGA.GO App on your phone.
How does the autonomous robot mower find its charging station?
During installation, the STIGA autonomous robotic lawn mower records the position of both the charging and reference station. These two elements can be installed in the same position or two different locations, depending on the shape of your garden. Once the position of the charging base has been recorded, your robot mower will have no issues navigating back to base once your lawn has been taken care of.
Can the robot lawnmower cross a path between lawn areas?
Yes, the STIGA autonomous robotic lawn mower can follow a path between lawn areas, even through narrow spaces. You just need to be sure that the signal is stable even in those locations. During the perimeter registration, you will need to record the pathway, including those narrow spaces, considering the internet connection and the possible presence of obstacles.
Our autonomous robot mowers cut the grass within a virtual boundary. The perimeter is set via the App, meaning there is no boundary cable. The STIGA autonomous robot mowers don't need a physical perimeter wire, as they are guided by GNSS-RTK signal, combined with the predictive STIGA AGS technology. The robot is a maintaining mower which means it does not collect grass, but instead scatters the grass clippings on the lawn that then decompose acting as a natural fertiliser. Programmed to trim the lawn at scheduled intervals, it automatically knows when to return to the charging station.
What is the AGS technology installed on STIGA autonomous robot mowers and how does it work?
STIGA’s patented Active Guidance System technology ‘learns and maps’ the dynamics of your garden, along with the patterns of GPS Satellite blind spots, as the robot moves throughout the day. This way, it allows the robotic lawn mower to plan cutting sessions ahead, knowing exactly when and where to cut, in order to never lose signal and avoiding the risk of stoppages. You don't need to intervene or do anything; after a learning phase (usually 3 days after activating the robot mower), the robot mower will have mapped both your lawn and the sky above it, knowing exactly when and where satellite signal is strong enough for it to mow uninterrupted.
Why does the autonomous robot mower need a reference station?
STIGA autonomous robotic lawn mowers work with RTK-GPS technology. RTK-GPS technology uses a fixed datum point called a ‘Base Station’ - what we call ‘Reference Station’. The reference station tracks signals from as many GPS satellites as possible in ‘real time’ to establish its own global location. The reference station, which will be located in your garden, and the robot mower are in constant communication, allowing the robot mower’s location to be accurate to within 1 and 4 centimetres. The reference station and the robotic lawn mower communicate via 4G cellular data signal.
Can a STIGA autonomous robot lawn mower work at night?
Yes, STIGA autonomous robotic lawn mowers could potentially mow at night, but we strongly recommend to have them working only during daylight hours, possibly in the suggested cutting sessions (the STIGA.GO app will recommend them for you, depending on your lawn's dimensions). As grass is very humid at night and the garden is occupied by nightlife, such as small insects or hedgehogs, we recommend for both nurturing lawn health and respecting the ecosystem to not schedule cutting sessions overnight.
Can a STIGA autonomous robot lawn mower work in the rain?
Yes, the STIGA autonomous robot lawn mower is able to operate in the rain; however, we recommend that you activate the rain sensors as mowing wet grass can ruin the lawn. When the sensors detect rain, the robot mower will then automatically return to the charging station and wait for the next working cycle.
Why is it recommended that you send your autonomous robot mower out twice a day?
One of the main reasons is related to lawn health... and also to your time on the lawn! By scheduling 2 daily cutting sessions in two specific time frames, the lawn will have the time to recover and stand up again. The autonomous robot mowers leave a minimum of 5 hours between mows. By doing that, the grass has plenty of time to seal in the moisture and heal from the 'injury' of the last cut, before the next mow. Then, with just 2 mowing cycles a day the autonomous robot mower leaves more than enough time between cuts for the grass blades to properly recover, stand up proud again, and continue to grow healthy.
How many cutting patterns does the STIGA autonomous robot mower have?
Through the STIGA.GO App, users can decide to make their STIGA autonomous robot mower mow in parallel lines from North-South, parallel lines from East-West, or they can choose to mow diagonally. The fluidity of the movements, as well as the cutting speed, has been accurately studied to promote lawn health.
Does the STIGA robot lawnmower collect grass clippings?
No, the STIGA autonomous robot mower does not collect grass. It does a sort of mulching, which means that grass clippings are scattered onto the lawn that then decompose acting as a natural fertiliser.
Does the robot mower have a remote control?
The STIGA autonomous robot mower is fully controllable via the STIGA.GO App on your mobile phone. From the very first installation, you have complete control of your robot through the STIGA.GO App on your phone.
How does the autonomous robot mower find its charging station?
During installation, the STIGA autonomous robotic lawn mower records the position of both the charging and reference station. These two elements can be installed in the same position or two different locations, depending on the shape of your garden. Once the position of the charging base has been recorded, your robot mower will have no issues navigating back to base once your lawn has been taken care of.
Can the robot lawnmower cross a path between lawn areas?
Yes, the STIGA autonomous robotic lawn mower can follow a path between lawn areas, even through narrow spaces. You just need to be sure that the signal is stable even in those locations. During the perimeter registration, you will need to record the pathway, including those narrow spaces, considering the internet connection and the possible presence of obstacles.
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