0:00 Intro 0:38 - Assemble the Trinity F90+ 4:15 - Plan a Mission 9:37 - Start the Mission 13:30 - monitor the Airspace 16:45 - Landing 18:00 - disamble the TrinityF90+ 19:20 - Copy the Flylog 20:34 - Remove the SD Card from iBase 21:20 - Get the Photos from the Camera 22:09 - Data Processing 24:12 - Metashape Dense Cloud
@@QuantumSystems Thank you for your interest we're waiting your new videos and i have a question. When we use ibase, we separate the modem from each other and place it at the known point. This way it reads healthier data. In the video, you put it on top of each other without unplugging it. Is this true?
- Mountainous terrain is no problem for the Lidar itself, the only restriction are the maximum descent / climb rate of the Trinity, so that it might not be able to follow very steep terrain at constant altitude above ground most of these problems can be avoided by planning the flight path accordingly - Maximum distance to ground (at which proper function can be guaranteed) 140 m. You can also fly higher, but less reflective surfaces might not be recorded properly. The recommended flight altitude is 100-120 m, - Straight flight lines are recommended to be limited to 2-3 km in order to ensure good calibration. If longer flight lines are required, QBase (our flight planning software) offers the option to automatically insert calibration circles after a certain distance (can be specified by the user) - IMU factory calibration is one time only, the IMU is then only recalibrated in flight by flying a calibration pattern before each mission (is included in the mission plan, so no additional flight is required). During the mission, calibration circles or U-turns are used as “mini-recalibrations”.
We are having permanent Station (CORS) for continuous rapid GPS positiong. After drone photography with Trinity F90+ ,during the time of geotagging of photos, flylog bin and I base 21r file using Qbase, did the CORS appears as available station .On the monitor..?
That's a great video, really well explained. I was wondering what mapping software you would recommend using with Trinity F90+. I compared both agisoft metashape and Pix4Dmapper and was wondering about your experience.
Excellent explanation, thank you very much, you can send me or share how to carry out the mission plan with the LiDAR Qube 240 sensor and the trinity F90+, where you can see how all its parameters will be configured in the QBase 3D platform, as well as know what type of data generated after having carried out the mission, and how the processing and processing of data generated during the mission is carried out.
And also if you can contact me with your certified technical representative in Mexico. I look forward to your kind comments, thank you very much.
If you want to obtain usable data, a manually flown mission is simply not possible. However, it is possible to intervene manually in the flight at any time. Why are you afraid?
@@QuantumSystems Intervention is exactly my meaning. I do not know if this type of uav handles anything like a quad copter. I have never manually flown a fixed wing uav. This is not something with which I feel inclined to experiment.
@@NedFerguson Thank you for your input. We will address manual intervention in a mission in one of the next videos. Since the possibility of manual control has always been part of our systems, we will be happy to show which possibilities exist and also which automatic scenarios are possible (e.g. eagle mode) to master critical situations.
Hi. YES we support terrainfollowing in 3 different modes. So you will get the best for your area with Qbase. Hope we could help. www.quantum-systems.com/qbase-3d/
mission plan uploaded and when I start the flight, it fly about 15meters above ground and give warning about ECS temperature too high and flight got cancelled and come back to home point. why? any solution please.
@@QuantumSystems Is this something that you plan to do? Can you use the remote control or laptop in remote areas where service and wifi are not accessible? Also, is there a compatible LiDAR payload? Thanks!
0:00 Intro
0:38 - Assemble the Trinity F90+
4:15 - Plan a Mission
9:37 - Start the Mission
13:30 - monitor the Airspace
16:45 - Landing
18:00 - disamble the TrinityF90+
19:20 - Copy the Flylog
20:34 - Remove the SD Card from iBase
21:20 - Get the Photos from the Camera
22:09 - Data Processing
24:12 - Metashape Dense Cloud
Best intro regarding F90+
Great video and very clear explanation. Thank you for the information!
More Videos with more content is coming soon! So stay tuned and suscribe the channel!
Bei Videos, die Aufmerksamkeit verdient haben, kann man ruhig pauschal alle Kommentare "liken"!
I'll apreciate a new video on how to geotag images, when the ibase is placed on a know point, using the latest qbase.
Thank you for this useful video.
Glad you like it. If there is more need for special videos, let us know! There will be a lot more content coming for trinity f90+! ;)
@@QuantumSystems Thank you for your interest we're waiting your new videos and i have a question. When we use ibase, we separate the modem from each other and place it at the known point. This way it reads healthier data. In the video, you put it on top of each other without unplugging it. Is this true?
@@MrDdemirel the two devices do not interfere with each other. Of course, you can also put the devices next to each other. All the best
@@QuantumSystems thank you best regards, where can i find the TRINITY F90+ USER MANUAL?
@@MrDdemirel for the user manual please contact your reseller. Also the manual should be inside the trinity box. all the best ;)
Can you please do a video walkthrough and example on how to solve mismatches? The manual isn't very clear on how to do this.
Hello. In which software do you have those problems? In our Qbase Software?
Nice video, thanks for sharing
Can the controller accept shape file instead? Would be nice if the LiDAR payload were interested for low altitude topography.
we will forward that question. if you have more question please write us an email to: info@quantum-systems.com
all the best
- Mountainous terrain is no problem for the Lidar itself, the only restriction are the maximum descent / climb rate of the Trinity, so that it might not be able to follow very steep terrain at constant altitude above ground most of these problems can be avoided by planning the flight path accordingly
- Maximum distance to ground (at which proper function can be guaranteed) 140 m. You can also fly higher, but less reflective surfaces might not be recorded properly. The recommended flight altitude is 100-120 m,
- Straight flight lines are recommended to be limited to 2-3 km in order to ensure good calibration. If longer flight lines are required, QBase (our flight planning software) offers the option to automatically insert calibration circles after a certain distance (can be specified by the user)
- IMU factory calibration is one time only, the IMU is then only recalibrated in flight by flying a calibration pattern before each mission (is included in the mission plan, so no additional flight is required). During the mission, calibration circles or U-turns are used as “mini-recalibrations”.
We are having permanent Station (CORS) for continuous rapid GPS positiong. After drone photography with Trinity F90+ ,during the time of geotagging of photos, flylog bin and I base 21r file using Qbase, did the CORS appears as available station .On the monitor..?
thank you for your message. please send us an email with some more information: mherkommer@quantum-systems.com
That's a great video, really well explained. I was wondering what mapping software you would recommend using with Trinity F90+. I compared both agisoft metashape and Pix4Dmapper and was wondering about your experience.
Sir, Landing was automatic or you did it manually by using remote control ?
The landing is automatic, if there is anything you can use the remote for manual landing.
Excellent explanation, thank you very much, you can send me or share how to carry out the mission plan with the LiDAR Qube 240 sensor and the trinity F90+, where you can see how all its parameters will be configured in the QBase 3D platform, as well as know what type of data generated after having carried out the mission, and how the processing and processing of data generated during the mission is carried out.
And also if you can contact me with your certified technical representative in Mexico.
I look forward to your kind comments, thank you very much.
Hello, please send an email to our sales department. Here we will send you all the data you need. "pmachowski@quantum-systems.com "
Very cool. I recently applied for a job as a drone pilot. Seems like interesting work.
absolut! keep pushin! ;)
I would really like to see a demo of manual flight operation. I'm scared.
If you want to obtain usable data, a manually flown mission is simply not possible. However, it is possible to intervene manually in the flight at any time. Why are you afraid?
@@QuantumSystems Intervention is exactly my meaning. I do not know if this type of uav handles anything like a quad copter. I have never manually flown a fixed wing uav. This is not something with which I feel inclined to experiment.
@@NedFerguson Thank you for your input. We will address manual intervention in a mission in one of the next videos.
Since the possibility of manual control has always been part of our systems, we will be happy to show which possibilities exist and also which automatic scenarios are possible (e.g. eagle mode) to master critical situations.
Can we go there and give it a try? Thanks
Do the flightplanning software support terrain follow ? In my area there is almost never flat
Hi. YES we support terrainfollowing in 3 different modes. So you will get the best for your area with Qbase. Hope we could help. www.quantum-systems.com/qbase-3d/
Can you have the Ouster Series Lidar sensor?
Right now we are working with yellowscan lidar series.
mission plan uploaded and when I start the flight, it fly about 15meters above ground and give warning about ECS temperature too high and flight got cancelled and come back to home point. why? any solution please.
hey ezee chords! Please contact our support or your trained reseller. All the best
@@QuantumSystems sir whom can I contact please. Can u provide me contact please
Wonderful
thank you :)
Stark!
What settings were used to process the data in Metashape?
Hi, the settings were:
Alignment: high
Dense point cloud: medium and mild filter
Camera Accuracy before alignment set to 0.02m
@@QuantumSystems Thanks!
Can you use QBase 3D on an iPad?
not yet
@@QuantumSystems Is this something that you plan to do? Can you use the remote control or laptop in remote areas where service and wifi are not accessible? Also, is there a compatible LiDAR payload? Thanks!
@@shannon3361 could you please send us an email so we can answer your request in detail ;) LiDAR is coming :) info@quantum-systems.com
Why do i need this drone?
mapping, mine searching or LIDAR maybe
arge-scale and very accurate measurement :)
error loading mission
If you encounter problems while using our software please get in touch with our support team support@quantum-systems.com
Un vendeur sur Luxembourg !?