Difference between revisions of "GeoLink Introduction"
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'''GeoLink module''' is aiding peripheral for Spirit System units. It is utilizing ''Global Navigation Satellite System'' (GNSS) to acquire absolute position on Earth. To further improve precision it is embedded with Pressure, Temperature, Humidity sensors and also Gyroscope, Accelerometer and Compass sensors. All the signals are processed in a dedicated 32bit processor. | '''GeoLink module''' is aiding peripheral for Spirit System units. It is utilizing ''Global Navigation Satellite System'' (GNSS) to acquire absolute position on Earth. To further improve precision it is embedded with Pressure, Temperature, Humidity sensors and also Gyroscope, Accelerometer and Compass sensors. All the signals are processed in a dedicated 32bit processor. | ||
This makes it extraordinary solution for R/C models. | This makes it extraordinary solution for R/C models. | ||
| + | <!--T:2--> | ||
A satellite navigation system with global coverage consists from: | A satellite navigation system with global coverage consists from: | ||
*GPS | *GPS | ||
| Line 8: | Line 12: | ||
*Galileo | *Galileo | ||
| − | The module can use all these navigation systems at the same time. GNSS technology itself is able to provide precision of up to 2 meters. But thanks to all the algorithms and sensors it was possible to improve the precision by one order. | + | <!--T:3--> |
| + | The module can use all these navigation systems at the same time. GNSS technology itself is able to provide precision of up to 2 meters. But thanks to all the algorithms and sensors it was possible to improve the precision by one order.</translate> | ||
| − | == Purpose == | + | == <translate><!--T:4--> |
| + | Purpose</translate> == | ||
| + | <translate><!--T:5--> | ||
GeoLink is very useful peripheral for all pilots that likes: | GeoLink is very useful peripheral for all pilots that likes: | ||
*To keep spot on position and/or altitude. | *To keep spot on position and/or altitude. | ||
| Line 18: | Line 25: | ||
*To automatically engage Rescue mode at configured threshold. | *To automatically engage Rescue mode at configured threshold. | ||
*To not exceed configured altitude. | *To not exceed configured altitude. | ||
| − | *To log flying paths and speed. | + | *To log flying paths and speed.</translate> |
| + | |||
| + | <translate><!--T:22--> | ||
| + | With all these features even beginners can fly safely, learn significantly faster and to forget about stressful experience. Experienced pilots can utilize autonomous flight control to record a stunning movies, to become speed winner, to try advanced maneuvers and much more!</translate> | ||
| − | == Signal quality == | + | == <translate><!--T:6--> |
| + | Signal quality</translate> == | ||
| + | <translate><!--T:7--> | ||
To work properly, it is crucial to provide optimal operating conditions that are mainly secured by correct [[GeoLink_Mounting|module mounting]] on R/C model. | To work properly, it is crucial to provide optimal operating conditions that are mainly secured by correct [[GeoLink_Mounting|module mounting]] on R/C model. | ||
| − | It is always beneficial to ensure the best conditions as it is directly related to positioning precision, GNSS signal stability and time to first fix (TTFF). Any mounting improvement that can be done is helpful. | + | It is always beneficial to ensure the best conditions as it is directly related to positioning precision, GNSS signal stability and time to first fix (TTFF). Any mounting improvement that can be done is helpful.</translate> |
| − | == Time To First Fix == | + | == <translate><!--T:8--> |
| + | Time To First Fix</translate> == | ||
| + | <translate><!--T:9--> | ||
Whenever powering the module it starts by searching for all nearby satellites. This procedure takes a certain period until strong enough signal is found. Duration of the period is directly associated with module mounting and possible interference. | Whenever powering the module it starts by searching for all nearby satellites. This procedure takes a certain period until strong enough signal is found. Duration of the period is directly associated with module mounting and possible interference. | ||
| − | If conditions are good the TTFF takes usually around 30 seconds. But thanks to advanced features implemented in GeoLink the period can be greatly reduced down to 6 seconds. Thus the module can be fully operable immediately after initialization of the Spirit unit. For further details see the [[GeoLink_Features|Features section]]. | + | If conditions are good the TTFF takes usually around 30 seconds. But thanks to advanced features implemented in GeoLink the period can be greatly reduced down to 6 seconds. Thus the module can be fully operable immediately after initialization of the Spirit unit. For further details see the [[GeoLink_Features|Features section]].</translate> |
| − | == Status == | + | == <translate><!--T:10--> |
| + | Status</translate> == | ||
| + | <translate><!--T:11--> | ||
For easy recognization of GeoLink status please observe the Status LED of the module. Correct behavior is that after power up the LED is turned on for a second and then is turned off. This mean that module boot up procedure was correct. | For easy recognization of GeoLink status please observe the Status LED of the module. Correct behavior is that after power up the LED is turned on for a second and then is turned off. This mean that module boot up procedure was correct. | ||
| + | <!--T:12--> | ||
After this, the module is searching for a satellites. Once module will find enough satellites, it is Fixed and the Status LED become steady on. At this point you are ready to fly. If fixing takes more than 50 seconds then signal quality is bad. This could be caused by a nearby buildings or trees or by wrong module mounting or less likely by RF interference. | After this, the module is searching for a satellites. Once module will find enough satellites, it is Fixed and the Status LED become steady on. At this point you are ready to fly. If fixing takes more than 50 seconds then signal quality is bad. This could be caused by a nearby buildings or trees or by wrong module mounting or less likely by RF interference. | ||
If you are indoor then fixing time is taking significantly longer or even could never happen depending on how signal is attenuated. | If you are indoor then fixing time is taking significantly longer or even could never happen depending on how signal is attenuated. | ||
| − | Once module is fixed then chance for loosing the signal is reduced noticeably. | + | <!--T:13--> |
| + | Once module is fixed then chance for loosing the signal is reduced noticeably.</translate> | ||
| − | == Safety == | + | == <translate><!--T:14--> |
| + | Safety</translate> == | ||
| − | Although Spirit unit with GeoLink | + | <translate><!--T:15--> |
| + | Although Spirit unit with GeoLink module can fly with no additional steering inputs, it is always required that pilot have full control over R/C models that are operated in this way. Pilot must always watch the model while holding radio transmitter and to not allow flying anywhere where a damage could occur. All functions that the module provide can be turned off at any time and with no delay so that pilot can steer the model normally. Improper operating conditions can lead to a failure of the system.</translate> | ||
<br/> | <br/> | ||
| − | {{Quote|'''The user takes full responsibility for any damage or injury caused while flying an R/C model equipped with one of our devices. The manufacturer can neither guarantee nor control the conditions in which the unit is being used.'''}} | + | {{Quote|'''<translate><!--T:16--> |
| + | The user takes full responsibility for any damage or injury caused while flying an R/C model equipped with one of our devices. The manufacturer can neither guarantee nor control the conditions in which the unit is being used.</translate>'''}} | ||
| Line 50: | Line 71: | ||
{|style="width: 100%;color: white;" | {|style="width: 100%;color: white;" | ||
|- | |- | ||
| − | | style="width: 33%;"| [[GeoLink|← GeoLink Manual]] | + | | style="width: 33%;"| [[<translate><!--T:17--> |
| − | | style="width: 33%;text-align:center;"| [[#up|↑Up↑]] | + | GeoLink</translate>|← <translate><!--T:18--> |
| − | | style="text-align:right;" | [[GeoLink_Features|Features →]] | + | GeoLink Manual</translate>]] |
| + | | style="width: 33%;text-align:center;"| [[#up|↑<translate><!--T:21--> | ||
| + | Up</translate>↑]] | ||
| + | | style="text-align:right;" | [[<translate><!--T:19--> | ||
| + | GeoLink_Features</translate>|<translate><!--T:20--> | ||
| + | Features</translate> →]] | ||
|} | |} | ||
---- | ---- | ||
</div> | </div> | ||
Latest revision as of 12:18, 4 August 2018
GeoLink module is aiding peripheral for Spirit System units. It is utilizing Global Navigation Satellite System (GNSS) to acquire absolute position on Earth. To further improve precision it is embedded with Pressure, Temperature, Humidity sensors and also Gyroscope, Accelerometer and Compass sensors. All the signals are processed in a dedicated 32bit processor. This makes it extraordinary solution for R/C models.
A satellite navigation system with global coverage consists from:
- GPS
- GLONASS
- BeiDou
- Galileo
The module can use all these navigation systems at the same time. GNSS technology itself is able to provide precision of up to 2 meters. But thanks to all the algorithms and sensors it was possible to improve the precision by one order.
1 Purpose
GeoLink is very useful peripheral for all pilots that likes:
- To keep spot on position and/or altitude.
- To restrain area in which model can fly.
- To call helicopter back to home position when needed.
- To automatically engage Rescue mode at configured threshold.
- To not exceed configured altitude.
- To log flying paths and speed.
With all these features even beginners can fly safely, learn significantly faster and to forget about stressful experience. Experienced pilots can utilize autonomous flight control to record a stunning movies, to become speed winner, to try advanced maneuvers and much more!
2 Signal quality
To work properly, it is crucial to provide optimal operating conditions that are mainly secured by correct module mounting on R/C model. It is always beneficial to ensure the best conditions as it is directly related to positioning precision, GNSS signal stability and time to first fix (TTFF). Any mounting improvement that can be done is helpful.
3 Time To First Fix
Whenever powering the module it starts by searching for all nearby satellites. This procedure takes a certain period until strong enough signal is found. Duration of the period is directly associated with module mounting and possible interference. If conditions are good the TTFF takes usually around 30 seconds. But thanks to advanced features implemented in GeoLink the period can be greatly reduced down to 6 seconds. Thus the module can be fully operable immediately after initialization of the Spirit unit. For further details see the Features section.
4 Status
For easy recognization of GeoLink status please observe the Status LED of the module. Correct behavior is that after power up the LED is turned on for a second and then is turned off. This mean that module boot up procedure was correct.
After this, the module is searching for a satellites. Once module will find enough satellites, it is Fixed and the Status LED become steady on. At this point you are ready to fly. If fixing takes more than 50 seconds then signal quality is bad. This could be caused by a nearby buildings or trees or by wrong module mounting or less likely by RF interference. If you are indoor then fixing time is taking significantly longer or even could never happen depending on how signal is attenuated.
Once module is fixed then chance for loosing the signal is reduced noticeably.
5 Safety
Although Spirit unit with GeoLink module can fly with no additional steering inputs, it is always required that pilot have full control over R/C models that are operated in this way. Pilot must always watch the model while holding radio transmitter and to not allow flying anywhere where a damage could occur. All functions that the module provide can be turned off at any time and with no delay so that pilot can steer the model normally. Improper operating conditions can lead to a failure of the system.
The user takes full responsibility for any damage or injury caused while flying an R/C model equipped with one of our devices. The manufacturer can neither guarantee nor control the conditions in which the unit is being used.
