JD iTec pro on a 6210r
- Thread starter CPP
- Start date
How long before he's not needed at all ? Will HSE let it happen ever ?
bluegreen
Member
My theory on driverless tractors is they were the plan of the "New world order" ..........you know those same elitists trying to start a false flag war in the middle east.........anyway after their planned de population of the planet to 500million they might well need to rely on driverless machinery to gather harvests as they would have exterminated most of the farm driver class of workers on the planet
.............I expect youd be alright though Clive, especially if your a member of the Masons
John Deere didn't get to put their GPS system on the US military satellite for nothing you know
.............I expect youd be alright though Clive, especially if your a member of the MasonsJohn Deere didn't get to put their GPS system on the US military satellite for nothing you know
Stoxs
Member
- Location
- Andover , Hampshire
Never be bored in a jd
To many resets to do to keep it all working.
Alsi all the updates will keep you entertained.
The itec demo is free lasts for 15hours which is not 15 tractor hours but itec hours.
Used mine all day and used 6mins of demo.
Unlock code is silly money apparentlly. Cpp will know more than me.
Anyone who has got a new 6210 in the last 4 or5 months and a 2630 screen should be able to get the demo to work.
Let me kbow any set up tips as it is a challenge to get it right
To many resets to do to keep it all working.
Alsi all the updates will keep you entertained.
The itec demo is free lasts for 15hours which is not 15 tractor hours but itec hours.
Used mine all day and used 6mins of demo.
Unlock code is silly money apparentlly. Cpp will know more than me.
Anyone who has got a new 6210 in the last 4 or5 months and a 2630 screen should be able to get the demo to work.
Let me kbow any set up tips as it is a challenge to get it right
- Location
- south norfolk
What's it gonna cost then Carl.dont look cheap.how many have you got out working
Nick.....
Nick.....
- Location
- South shropshire
Hope someone programmed that telephone pole into it !
Very impressive though!.
Very impressive though!.
Daniel
Member
- Location
- Mildenhall, Suffolk
That must be an HSE nightmare, what happens when someone puts a sack of spuds on the seat and gets off and leaves the tractor to it?
countrygirl
Member
Iff its electrical and technical its bound to go wrong with catostrofic results
It's going to happen isn't it
countrygirl
Member
What ever happened to the days when somebody actually drove a tractor and they were incharge of it ,not it being boss of you
Rural Rob
Member
- Location
- Gods own country NORFOLK
Rural Rob
Member
- Location
- Gods own country NORFOLK
Are they the same ones my tomtom sat nav uses!
Rob you won't have to save up for so long now LOL.......
been out using it again this afternoon it nice .
StarFire™
The first of its kind, this global satellite-based augmentation system (GSBAS) provides five centimeter positioning accuracy on a worldwide basis, completely independent of geographical boundaries, allowing users to roam freely while maintaining the most precise positioning information.
As the only GNSS manufacturer providing both GSBAS signal service and high-precision GNSS products of its own design, NavCom is able to offer custom solutions for unique customer applications.
The StarFire™ global subscription service provides real-time accuracy typically better than 5cm (<2 inches). Its globally corrected signal is available virtually anywhere on the Earth's surface on land or sea, from 72ºN to 72ºS latitude.
To accomplish this, StarFire™ utilizes a network of more than 40 GNSS reference stations around the world to compute GNSS satellite orbit and clock corrections. Two completely redundant processing centers and multiple communication links ensure the continuous availability of StarFire™ GNSS corrections. These corrections are broadcast via geostationary satellites, providing worldwide coverage and enabling precise real-time navigation without the need for local ground base stations.
As an alternative to delivery of corrections via satellites - NavCom offers a StarFire Over IP software option that allows users to access StarFire corrections over the Internet, giving them access to the same reliable five centimeter global positioning accuracy without the need for a base station. Users are able to access StarFire corrections in those situations when satellite delivery might be unavailable, such as deep urban canyons or very high latitude locations.
Methodology
The StarFire Network is a major advance from earlier ground based augmentation systems because it considers each of the GNSS satellite signal error sources independently. GNSS satellite orbit and clock corrections are calculated from a global tracking network of dual frequency receivers. These corrections are transmitted via geo-stationary satellite links direct to StarFire receivers, resulting in minimal data latency and worldwide operation with a minimum 10° look angle to the geostationary satellites. All StarFire receivers use a multi frequency GNSS receiver that measures the ionospheric delay for each satellite. Tropospheric zenith delays are calculated from a multi-state time and position model aided by redundant satellite observables.
Reliability
Redundant data links, geographically separated processing hubs, and dual satellite uplink equipment ensure continuous reliable positioning. The system is inherently robust, with the ability to calculate a full set of corrections even if multiple reference stations were to become unavailable. With an uptime of 99.999%, customers can be confident of the global availability and accuracy of the system.
The first of its kind, this global satellite-based augmentation system (GSBAS) provides five centimeter positioning accuracy on a worldwide basis, completely independent of geographical boundaries, allowing users to roam freely while maintaining the most precise positioning information.
As the only GNSS manufacturer providing both GSBAS signal service and high-precision GNSS products of its own design, NavCom is able to offer custom solutions for unique customer applications.
The StarFire™ global subscription service provides real-time accuracy typically better than 5cm (<2 inches). Its globally corrected signal is available virtually anywhere on the Earth's surface on land or sea, from 72ºN to 72ºS latitude.
To accomplish this, StarFire™ utilizes a network of more than 40 GNSS reference stations around the world to compute GNSS satellite orbit and clock corrections. Two completely redundant processing centers and multiple communication links ensure the continuous availability of StarFire™ GNSS corrections. These corrections are broadcast via geostationary satellites, providing worldwide coverage and enabling precise real-time navigation without the need for local ground base stations.
As an alternative to delivery of corrections via satellites - NavCom offers a StarFire Over IP software option that allows users to access StarFire corrections over the Internet, giving them access to the same reliable five centimeter global positioning accuracy without the need for a base station. Users are able to access StarFire corrections in those situations when satellite delivery might be unavailable, such as deep urban canyons or very high latitude locations.
Methodology
The StarFire Network is a major advance from earlier ground based augmentation systems because it considers each of the GNSS satellite signal error sources independently. GNSS satellite orbit and clock corrections are calculated from a global tracking network of dual frequency receivers. These corrections are transmitted via geo-stationary satellite links direct to StarFire receivers, resulting in minimal data latency and worldwide operation with a minimum 10° look angle to the geostationary satellites. All StarFire receivers use a multi frequency GNSS receiver that measures the ionospheric delay for each satellite. Tropospheric zenith delays are calculated from a multi-state time and position model aided by redundant satellite observables.
Reliability
Redundant data links, geographically separated processing hubs, and dual satellite uplink equipment ensure continuous reliable positioning. The system is inherently robust, with the ability to calculate a full set of corrections even if multiple reference stations were to become unavailable. With an uptime of 99.999%, customers can be confident of the global availability and accuracy of the system.
Stoxs
Member
- Location
- Andover , Hampshire