Leica Disto S910 Laser Distance Meter

Measure anything, anytime, anywhere.

Measure quickly and accurate distances between two points from a single location with the Leica DISTO™ S910 laser distance meter. Generate effortlessly as-built documentation, determine rooftop dimensions and integrate information into CAD or BIM software for even 3D conceptions. This improved workflows saves valued time and money. All of this at distances of up to 300 meters.

Features include:

  • Smart Base for P2P Technology
  • Pointfinder with 4x zoom for effortless targeting
  • X-Range Power Technology for maximum measurement functioning
  • 360° tilt sensor
  • DXF data capture
  • Data transfer in real-time with WLAN
  • Bluetooth® Smart
  • Free Leica DISTO™ sketch App

Measure with P2P Technology
The incorporated Smart Base allows distances to be measured between any two points, inclinations and angles at the same time from a single location. You will never have to reach for remote areas again, allowing even the most complicated measurement job to be carried out accurately, quickly, and safely.

Attain measurement data in CAD format
The Leica DISTO™ S910 laser measurer can save measured points to a DXF file as a wall layout, floor plan or 3D point coordinates which can be transferred to a PC via USB. Save money, reduce workflow and prevent mistakes. Everything is completely digital.

Transfer point data in real-time
Easily move measurement data promptly on site over the Wireless LAN interface to a transportable computer for additional processing in your favoured software. Produce documentation or assess lay-outs in real-time and communicate measurement points as you need with or without pictures.

X-Range Power Technology
The state-of-the-art X-Range Power Technology included with the Leica DISTO™ S910 represents the future of measuring technology. It successfully measures distances of up to 300 meters and guarantees the optimum measuring functioning even to badly reflecting objects.


  • Leica DISTO™ S910 laser distance meter
  • Smart Base Extension
  • Holster
  • Hand loop
  • USB charger incl. 4 plugs

Protect by Leica Geosystems

Availability: In stock

£1,294.80 inc VAT £1,079.00 excl VAT
£1,294.80 inc VAT £1,079.00 excl VAT
Currently in stock
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Leica S910
Leica S910

Additional Information
SKU 1501006
MPN 805080
Package Includes
  • Leica DISTO™ S910 laser distance meter
  • Smart Base Extension
  • Holster
  • Hand loop
  • USB charger incl. 4 plugs
Manufacturer Leica

How many zoom levels does the Leica DISTO™ S910 have?
The integrated digital Pointfinder in the device has an overview camera and additional 1x, 2x and 4x zoom. You can see in the middle of the status bar of the screen,  which zoom level you have selected. To change from one zoom level to the next one you have to press the “up/down arrow keys” or you zoom in on the touchscreen as you are used on mobile phones.

Can I take photos with the Leica DIST0™ S910 and what is the resolution?
Yes, it is possible to take photos and screenshots. The photos taken have a resolution of 800 x 600 pixels and screenshots have a resolution of 240 x 400 pixels. The photos and screenshots are save in jpg format.

How can I download my photos from the Leica DIST0™ S910 to a computer?
Photos and screenshots can be downloaded to a computer via USB interface. The DISTO™ will be automatically connected (plug and play). It is now possible to download data from the DISTO™ by using of a file manager like the Windows Explorer.
Please note: It is not possible to upload data to the DISTO™ and it is not possible to delete files from the computer. Deleting files must be directly done in the DISTO™ Gallery function.

Can the brightness in the digital Pointfinder be adjusted?
Yes, when turning the digital Poinfinder on it is indicated in the display that you can change the brightness with the left and right arrow keys on the keypad.

Why is the laser dot on short distances not centered to the crosshair respectively jumps from the middle of the screen to the laser dot?
Since the laser exit is not in the same axis as the camera there will be the so called parallax error. This means that on short distances the laser deviates from the haircross on the display. The S910 uses a software which detects the laser dot and corrects the haircross on the display accordingly. This also works in conditions with strong ambient light where the laser dot is not visible to the naked eye and ensures the user is measuring to the laser dot independently to any parallax error.

How accurate is the tilt sensor in the Leica DISTO™ S910?
The accuracy of the tilt sensor in the device is ±0.1° to the housing of the device. To the laser beam the maximum deviation can be up to -0.1° and +0.2°. This applies at room temperature (20°C - 30°C). At any other temperatures the maximum deviation increases by ±0.1°.

What units of tilts are integrated into the Leica DISTO™ S910?
You can set the Leica DISTO™ S910 to use different tilt units. Select in the settings “Units inclination” and choose between ° , %, in/ft and mm/m.
The level function in the right hand top corner of the display can also be switched on/off in the settings “level”. It is always set to 0.0° and can not be changed into a different unit for tilts.

What is the angular range of the tilt sensor in the Leica DISTO™ S910?
The integrated tilt sensor in the Leica DISTO™ S910 functions in the range 360° and at a transverse tilt of < ±10°.
If the device is held at > ±10° transversely, the info code “i156” appears in the display and indicates that the device is tilted too much.

Can the tilt sensor of a Leica DISTO™ S910 be calibrated by the user?
You can recalibrate the zero level of the integrated tilt sensor. In the settings choose the icon for calibration. When you select calibration you will be guided through the process.

Please follow this procedure to recalibrate:

  1. Lay the unit down on a flat surface.  The side with the typelabel should be down on the table.
  2. Carry out the first measurement by pressing “ON/DIST” key on a level surface. The device confirms the measurement.
  3. Turn the device horizontally by 180° and place it again on absolutely flat surface with the typelabel side down.
  4. Carry out the second measurement by pressing “ON/DIST” key on a level surface. The device confirms the measurement.
  5. Pick the unit up and then place it the laser facing up on an absolutely flat surface. 
  6. Carry out the third measurement by pressing “ON/DIST” key on a level surface. The device confirms the measurement.
  7. Keeping the laser up on the flat surface, rotate the device horizontally by 180° while keeping it in the same location on the flat surface.
  8. Carry out the fourth measurement by pressing “ON/DIST” key on a level surface. The device confirms the measurement.
  9. After 2 Sec. the device goes back to the basic mode and you have completed the calibration procedure.

Please note: The calibration process can be proceeded by placing the unit with the lens up or down to the surface. A better accuracy in the calibration procedure is achieved having the back of the unit down on the surface and the lens up.

How can I fold out the smart base on the Leica DISTO™ S910?
If you can see a red ring on the smart base this is a sign that the smart base is locked. This makes sure that the smart base is not coming out and activated during normal measurements. In order to unlock the smart base push the socket in the back towards the front of the instrument. You can now easily fold out the base. For locking just push the socket towards the back.

For what is the plate in the pouch good for?
For accurate measurements it is essential to work from a stable ground and the instrument is not moved between measurements. The plate (smart base extension) can be easily slide on the smart base and will act as a larger area of support.

Why can I do levelling of the DISTO™ respectively must do it for some of the functions?
If measurement results should refer to a horizontal plane (e.g. absolute measurements or measurements to use in CAD systems) the instrument must be calibrated right before measuring. Doing this errors from slightly inclined measuring bases are automatically compensated. The range for this levelling is +/- 5°.

What is the measuring accuracy using the smart base?
The smart base itself has a tolerance of up to +/-0.1°. In practical applications (typical accuracy) the deviation on 10m measuring distance is about 10mm, on 5m it is 5mm and on 3m it is 3mm. Depending on the measuring situation higher accuracies on shorter distances are possible.

How can I increase the measuring accuracy using the S910?
Make sure you are using a stable supporting area respectively use a tripod (ideally TRI70, 100 or 200) together with the FTA360-S adapter. Trigger measurements from the Touchscreen (type on the function symbol above the DIST key).

Which views do I get when using the DXF data capturing function?
Depending on the measurements you will receive 2 or 3 different DXF files:
- 2DG --> this is the floor plan (view from the top)
- 2DW --> this is the front view. This file will only be created if between first and second measurement the horizontal movement was at least 10cm. Otherwise no horizontal axis can be defined for presentation.
- 3D --> this is the 3D drawing

What is the criteria for defining the axes in the DXF files?
The first measured point is the reference for the drawing. The second point defines the x-axis. The y-axis and z-axis are rectangular to it also referenced to the horizontal plane (levelling).
An exception to this would be if the horizontal distance between the first and second measured point is less than 10cm. In such case the DISTO™ will be the reference in the drawing and the direction to the first measured point will be the x-axis.

When doing DXF data capturing no photo is saved, why is this the case?
Generally, only when the pointfinder is switched on photos will be transferred or saved!

How can I download DXF files respectively delete them on the device?
The three dxf files with photos (if pointfinder is switched on) will be saved on the DISTO™ in one folder each. These files or the folder can be easily loaded from the DISTO™ to a computer using a USB cable. In order to delete files and folder on the DISTO™ you must use the corresponding function on the DISTO™ itself.

When measuring an angle in the room it is not 90°. How can this be?
This function is measuring the angle given by three points in its position. This means to measure the room angle all three measurements must be in the horizontal plane!

Which area is measured when using the Smart Area Function?
The area given by the measured points will be measured. So if the area is inclined as it is e.g. on a roof of a building the real area will be measured.

Can I measure the area of a rounded room?
The area of a rounded room cannot be measured exactly. Since the S910 allows to measure areas with up to 30 corners a good result can be achieved by measuring several points along the arc.

Is it possible to obtain detailed information about the measurements taken?
Yes, it is possible to obtain detailed information in the Leica DISTO™ S910. If detail information is available this will be indicated with two small arrows in the center of the status bar in the display. You can now navigate with the arrow keys up and arrow key down between the available measurements.

The Leica DISTO™ S910 includes functions for measuring with the picture. What is the accuracy of such measurements?
The accuracy highly depends on how the function is used. Best results can be achieved when the measuring object is displayed maximum size at the DISTO™. In such case the accuracy is below 1% of the measured object. This applies for width, area and diameter measurements.

What is the measuring accuracy when using the direct horizontal measuring function?
For example, if a distance of 10m is measured at an angle of 10°, the error on uncertainty on measurement on the direct horizontal distance (fd) is 3mm. In order to have best results with the direct horizontal distance measurements, considering the deviation of the tilt sensor, use the Leica DISTO™ S910 as flat as possible.

The horizontal distance error (fd) and the height error (fh) can be calculated as follows:

fd = horizontal distance error
fh = error in height
d = measured distance
a = angle at which the distance is measured
fa = possible angular error
fd = d * cos (a) – d * cos (a + fa)
fh= d * sin (a) – d * sin (a + fa)

Further information and a table of measuring accuracies you can find online in the FAQ under “Measuring Accuracy”.


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