Complete systems
Three systems, built from instruments we hold as live listings and priced at list. Each one says what it measures, what it costs and what it does not do, because the third of those is the part that decides whether it is right for you. Nothing here is a package invented for a web page. Every line links to the product it is.
System one, interior and as-built capture
The job: floor plans, scan to BIM, as-built records, small sites, anything indoors. You walk the space and the scanner solves its own trajectory as it goes, so there is no control network and no line of sight to a base.
| Line | What it does here | List |
|---|---|---|
| FJ Dynamics Trion P1 | Handheld SLAM scanner. 40 m range at 10% reflectivity, up to 2 cm relative accuracy, 200,000 points per second, 512 GB on board. | $8,499 |
| FJD extension pole | Reaches over obstructions, under soffits and into voids, and takes the scanner off your chest for the length of a survey. | $450 |
| Indicative total | $8,949 |
What it does not do. It has nothing on board to georeference with. The cloud lands in a local coordinate system, and putting it on a national grid means post processing against control you established some other way. If the deliverable has to sit in real world coordinates, this is the wrong system and system two is the right one. If the deliverable is a floor plan or a volume, paying for georeferencing you will never switch on is money wasted.
Worth considering: stepping up to the Trion P2 at $9,999. The range nearly doubles to 70 m and the runtime doubles to four hours, which in practice is the difference between one battery swap a day and four. If any of the work is outdoors or the spaces are large, it is the better buy for $1,500.
System two, georeferenced ground survey
The job: site records, topographic survey, volumes, anything where the result has to land in real world coordinates and be defensible afterward.
| Line | What it does here | List |
|---|---|---|
| FJ Dynamics Trion S2 | The capture. Carries an integrated IMU and RTK module, so the cloud is georeferenced on the walk rather than fitted to control afterward. 320,000 points per second, two 12 MP cameras for colorization. | $18,999 |
| Emlid Reach RS3 | The control. Base or rover, tilt compensation to 60 degrees at 20 mm, dual band radio or NTRIP. Sets your own base where there is no network, and measures the check shots that prove the scan. | $2,999 |
| FJD Trion Model processing license | The processing. Budget for it at the same time as the scanner. A team that owns a scanner and no license produces nothing for a month. | $8,399 |
| FJD extension pole | Reach and comfort over a full day. | $450 |
| Indicative total | $30,847 |
What it does not do. It is a ground system. It captures what you can walk to, so anything across water, inside a live carriageway, on a roof or under a canopy you cannot get beneath is out of reach. It is also a centimeter class instrument rather than a millimeter one: for deformation monitoring or heritage recording where millimeters decide, a terrestrial laser scanner on a tripod is the correct tool and we do not sell you this instead.
Where the money goes: the S2 costs roughly $9,000 more than the P2, and that difference is the IMU and the RTK module. It is worth it when the deliverable must be georeferenced and it is worth nothing when it must not.
System three, airborne LiDAR survey
The job: corridors, quarries, large sites, and anywhere you need ground returns from under vegetation. A laser gets between the leaves where photogrammetry only ever sees the canopy, which is the entire reason airborne LiDAR exists.
| Line | What it does here | List |
|---|---|---|
| Matrice 400 and Zenmuse L3 system | The drone, the sensor, the gimbal connector and the D-RTK 3 base station the accuracy figures are quoted against, on one line. 3 cm vertical RMSE at 120 m under DJI's stated conditions, 950 m detection at 10% reflectivity. | $30,649 |
| Indicative total | Before flight batteries and a charging station, below. | $30,649 |
What it does not do. The Zenmuse L3 is supported on the Matrice 400 only. It does not fit a Matrice 350 RTK, a Matrice 30 or a Matrice 4 series aircraft, and no adapter changes it. If you already fly a 350 RTK, the sensor that fits it is the Zenmuse L2, and that is the honest recommendation rather than the more expensive one.
Choosing between them
| Â | One, interior | Two, ground survey | Three, airborne |
|---|---|---|---|
| Indicative price | $8,949 | $30,847 | $30,649 |
| Georeferenced | No, local coordinates | Yes, RTK on board | Yes, against a base station |
| Typical accuracy | Centimeter class, relative | Centimeter class, absolute | 3 cm vertical at 120 m, DJI conditions |
| Best at | Interiors, as-builts, volumes | Sites you can walk | Corridors, large areas, under canopy |
| Fails at | Anything needing real world coordinates | Anything you cannot reach on foot | Interiors, and anything where a flight is not permitted |
| Pilot certification | None | None | Yes, and airspace permission |
Most organizations that buy two of these buy one and three, because handheld capture and airborne capture cover between them almost everything that is not millimeter work. Two and three overlap more than people expect on open ground.
Have it specified rather than configured
Tell us the area, the terrain, the vegetation and the accuracy the deliverable has to hold. A specialist will size it with you and will tell you when the cheaper system is the right one. Not a script, and not always the most expensive answer.
Call +1 888 850 6533, Monday to Friday, 9 to 5 Mountain Time
Email support@mysurveyingdirect.com
We reply no later than the next working day, with the W-9 and vendor pack attached. Prices are list prices in USD, indicative rather than a quote, and exclude tax. A formal quote holds for 90 days.