Video summary
Stone Zhang from High-Target introduces the HTS 820, a new robotic total station designed as a comprehensive "one-person setup" solution that streamlines surveying workflows. The device features a sleek star gray and deep ocean blue chassis weighing 8 kilograms with an IP65 rating for durability, alongside a 5.5-inch hybrid touchscreen equipped with a stylus pen to facilitate operation while wearing gloves. Unlike traditional total stations that require two operators, this system allows a single user to manage all tasks efficiently, supported by a powerful control system available in two models: the standard SP10 and the advanced SP10 Pro which additionally supports GNSS functionality. Both units run on a real Android operating system rather than a microcontroller, offering 3GB of RAM and 32GB of storage to allow for faster application installation and extended battery life that can last up to four hours per charge.
The HTS 820 delivers high-precision performance with an angle accuracy of 1 second and distance measurement capabilities ranging from 1.5 meters to 5,000 meters using a prism, achieving an accuracy of 2 mm plus 2 ppm. The device is equipped with two cameras: a front camera utilizing AI technology for automatic prism search and centering, and a rear camera dedicated to measuring the instrument head automatically with 1 mm accuracy. This dual-camera setup significantly increases station setup efficiency by 60% by eliminating the need for manual centering over specific points like GCPs; instead, users simply select a center point, and the system calculates coordinates using resection algorithms or GNSS fix solutions to achieve a fixed solution in seconds. Additionally, an onboard guiding light assists users in staking out points conveniently, while the radio model communication ensures a long-range control distance exceeding 600 meters even in challenging environments.
A standout feature of the SP10 Pro model is its ability to seamlessly switch between optical and GNSS measurement modes, making it ideal for diverse working conditions such as indoor areas or locations with weak satellite signals. The system's original AI search technology automatically adjusts between different search methods without user intervention, ensuring that the prism is locked onto quickly once it appears in the camera view. This adaptability allows surveyors to use GNSS for point collection and stakeout in open areas while relying on robust robotic total station capabilities indoors or where land-based signals are obstructed by buildings, effectively preventing disasters related to bridge deformation, load settlement, or structural shifts through continuous, intelligent monitoring.
In conclusion, the High-Target HTS 820 represents a significant evolution in surveying technology, moving from basic tools and traditional total stations to high-tech robotic solutions that enhance automation and stability. The integrated software combines all essential functions including station setup, smart tracking, searching, measurement, and stakeout into a user-friendly interface that supports complex monitoring scenarios on a large scale. By reducing the need for re-collection or rework and improving overall efficiency, this solution is well-suited for construction sites, machine control applications, and long-term monitoring of infrastructure projects, ultimately providing users with a reliable, high-accuracy tool that adapts to various environmental challenges.
Read the full video transcript
Hello everyone. I'm Stone from High
Target. Today I want to introduce is our
solution one person setup.
Uh all tools for solving uh is our
evolution.
uh just like human being from monkey to
people all began to firstly to use basic
tools then we use total station and then
we use the now uh use the robotic total
station
uh it's becoming very well high
technology
now our company developed the new
robotic total station HTS 820. We called
it one person set up solution.
Uh why call it one person? Traditional
total station we need two people. Uh it
may be waste the time and uh
maybe cost uh more money and all total
station just need one person can work
all the
and how about is appre
and the main body of it is a star gray
and is with deep ocean blue on its outer
shell and it weighs 8,000 gs and it has
IP65
and it have a 5.5 in hybridness
touchscreen
and equipped with a pen behind the
screen. It help our customers to use the
pen to touch the screen when when they
wear the gloves in winter.
And uh all one person setup solution has
has a poor control system. It has two po
opinions.
uh one opponent is SP10 another is SP10
pro is the different difference between
them is one supports GNSS another don't
support but both of them supports uh AMU
model
uh for our customers
uh it's like a it can be convenient for
put in our pocket so it will very
has 400 GS.
This is all the solution. It includes
our robotic total station, our poor
control system and the operation
software.
Uh after I have ch introduced much about
our solution, how about is the
performance? Let's introduce about it.
Uh the angle accuracy of it is 1 second
and uh 2 seconds
and the distance measurement with prism
it can get 1.5 m to 5,000 mters and the
accuracy can get 2 mm plus 2 ppm
and with no present model it can reach
the distance of 1.5 m to 5,000 m and it
accuracy is 3 mm plus 2 ppm
and we have equipped with a onboard
system is a real Android system not not
like other to station is need a
microcontroller
it make our total station can install
many application and uh install it very
faster and use very easier.
It has 3GB ROM and 32GB room.
Uh and for our customers can work more
long. Uh we equip with a high capacity
battery. It can work about four hours
and in all box it has two battery. So
you don't worry to about the battery
and our robotic total station has two
camera.
One front camera is for AI search or
prism and a button camera is to for
center and uh measure head
automatically.
And we all total station equipped with a
guiding light. It help our customers to
stake out points more convenient.
Uh this is our software. It combine it
include all the function of total
station
about uh
station setup and uh smart tracking
searching measure and the stakeout.
Uh
later I will show you some key features
about our robotic total station
with a 2 million pixel camera and a head
target sales developed measurement
technology.
We can quick center by use of its button
camera
and it can measure head automatically
and it accuracy can get 1 mm.
It increased station up setup efficiency
by 60%.
Let's see a video about the details
just like uh show in the videos. We
don't to need to center the port GCP in
the center.
You just need to select the center
point. It will calculate automatically.
We use the algorithm like a resection to
calculate the center point coordinates
uh
because uh otherwise uh our port control
system supports GNSS.
So if you worked in somewhere you don't
have GCP or you don't need to very high
precision you can use this fun this
function free set station setup.
This function is used. You just need to
work a little seconds. Uh our total
session can calculate the
fix fixed solution to
set up.
Let's see a video about it
because it's use uh FI GNSS fix solution
to calculate so it accuracy is about two
cmters
after setup uh to robotic total stations
important function is searching and
tracking.
uh all port control system is include
GNSS and AMU and uh image
uh uh camera.
So we have a
uh original technology is AI search.
It don't need our customers to select
which method to search. It will change
automatically.
As long as our prism appear in the
camera of the total station,
our total station will aim at the prison
very fastly.
Uh otherwise uh because of the GNSS
model and all robotic total station also
can use the
GNSS fix solution to aim at the prism.
Let's see it how it works in this video.
Just was show in this video. It can
search the prism very fastly
as demonstration in this video.
Uh we control the real time tracking
in an area with GNSS signal. The prison
will be continuously tracking even if it
is blocked by buildings.
With the SP10 Pro, you can simul switch
between optical and GNSS measurements.
Use GNSS for point collection and sol
stake out in areas without uh land off
site and rely on the robotic total
station in arments like indoor or weak
GNSS signals area. This ensures accuracy
where ex expanding the range of working
reducing the need for of
recollection or rework
and improving in efficiency.
Thanks to our developed uh uh tail
measurement algorithm, we provide high
accurate and uh stable optical t
measurement and stick out during serving
and layout tasks.
Uh and because of our
poor control system include
radio model. So it commun communicate uh
with the radio is range can get 600 m.
The re the distance is very long.
Let's say a video.
Oh the distance can beyond 600 m.
Before what I introduce is used for
construction. Now let's introduce about
the monitoring.
Monitoring with a robotic total station
is traditional serving and mapping the
automation and intelligent technologies
equipped with powerful and uh stable
tracking
cap capabilities
along with supporting monitoring
software. It can be infectiously applied
in monitoring senos. Its advantages
include automation, high preation, high
efficiency and a strong adaptability.
is suitable for long
continuous monitoring in complex
environment and a large scale
environment monitoring scenario
bridge or load deformation and a
settlement.
It can it will prevent disaster appear.
After all uh the application scenario
serving conduction site monitoring
application and even use for to machine
control.
Let's see a video to reveal all the key
features about our robotic total
station.
That's all I want to share today. Thank
you.