Telecoms, Datacoms, Wireless, IoT


GPS golf balls are almost here

17 May 2006 Telecoms, Datacoms, Wireless, IoT

As GPS technology gets better and better and smaller and smaller it will be able to be used for many things? For instance, at the World Series, a baseball hit into the third level will be able to be recorded by GPS as to exactly how far it was hit and its trajectory to formulate where it would have actually landed had the stadium been flat.

Thus we will be able to tell who was the greatest homerun powerhouse of all times, perhaps even who is on steroids, based on their body mass, speed of pitch, GPS data and 'haptics' (body movement and form).

Would it not be cool to be watching the World Series on TV and instant information about a homerun appearing on the bottom of the screen? Sounds like a whole new potential betting arena, not only how many homeruns a person will hit, but exactly how far they will hit them?

A football kick would be immediately known: the exact yardage, every play near the sidelines could be instantly called in/out-of-bounds and there would never be any question as to if a football actually broke the goal line. I can hear the referee unions screaming foul already as they will no longer be needed or have jobs. Ouch - soccer balls, off sides, out of bounds? Yes, all possible via GPS data.

Era of ultra-miniaturisation

With sensors getting smaller and GPS units being used in unmanned aerial vehicles becoming smaller and smaller for micro-air-vehicles and RFID imbedded chips, this technology, believe it or not, is ready for golf balls as well. All one needs is a little imagination. Tiger Woods could have a PDA device in his hands which measures exactly where the ball is, how far to the next hole, by picking up the data from inside the golf ball itself and the flag at the hole. Way-points are displayed also as to where the sand traps are, lakes, edge of fairway and the rough surrounding the green.

The World Think Tank's (www.worldthinktank.com) recent discussion and brain-storming session digressed from GPS navigational devices to sports and we came up with the idea to put GPS sensors in golf balls, so you could find your golf ball if you have a nasty slice, or heavy winds take it off course. Part of our discussion also came from another recent think tank discussion on putting GPS sensors on swarms of locusts in order to track them.

The idea of putting GPS sensors on locusts is a noble idea, but who will pay for this technology, as the locust is small and cannot carry much weight and must still keep up with the rest of the swarm. This of course, would throw off the reading. Our thoughts were to let the golfing community pay for it. After all, if the locusts see such a green area of grass they would eat it all up.

As a kid I used to run on the golf course and saw balls 'way off' the ranges and fairways. Some of these golf balls were custom, with people's names on them. Adding insult to injury - ouch - I could immediately tell who the bad golfer was. With the new GPS WTT Golf Balls you could never lose your golf balls, because you would know their exact location via a set of satellites and that data would be displayed on your wireless PDA device. This PDA wireless tracking device would be with you and you could carry it in a zipper pouch on the golf bag or on the steering wheel of your golf cart. On the poles and flags of each hole would be another sensor so when you set the ball on the tee for the next shot, you would see the exact distance.

We went one step further and figured out how to integrate a mini-weather station system on a golf cart. It will be a slight modification of the Climatronics' TACMET System. For those who liked to get a work out, it could be integrated into the golf bag with a small external periscope. By integrating the GPS system with known GIS golf course topography and exact weather readings from the TACMET System into the wireless PDA, the golfer would have all the data needed to make a perfect shot provided they had the skill and pre-cognitive ability to make it so. Our system will also be able to suggest the best club to use, based on the ability of the golfer from previous courses, wind, distance and punching in of the golfer's present fatigue factor based on a 1-10 scale.

A Florida company, Great White Shark Entertainment is already busy installing WiFi and GPS systems such as golf shot distance measurement and course information, which includes a golf cart mounted system and handheld PDA wireless mobile display. These systems will become great revenue enhancers for golf clubs and for the serious golfer who likes all the bells and whistles and has the money to afford them. Their system is quite perfect to add to our idea or vice versa: see the 'Inforemer' at www.gpsindustries.com

The WTT GPS Golf Balls will be more expensive than normal balls but well worth it as the system teaches the player to shoot a better game. The golf ball could be the same weight as any normal PGA golf ball.

Future?

A future thought along this theme, would be to eventually have, through special internal parts and 'shape-shifting' techniques, a ball that, if it got close to the hole, would simply roll itself over to the hole and fall in. This would mean no one would ever have to give a free put, or allow someone to feel bad who fudged the score. This future idea would be great for the player who understands he is not anywhere near a scratch golfer but occasionally might like to play with a few. Or for the player who goes to the course simply to look cool, but has not the brains or talent!

For more information contact Andrew Gabe, [email protected], www.gpsinfoguide.com





Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Power amps for portable radio comms systems
iCorp Technologies Telecoms, Datacoms, Wireless, IoT
CML Micro expands its SµRF product portfolio with a pair of high efficiency single- and two-stage power amplifiers that offer outstanding performance for a wide range of dual-cell lithium battery-powered wireless devices.

Read more...
RF agile transceiver
Altron Arrow Telecoms, Datacoms, Wireless, IoT
The AD9361 is a high performance, highly integrated RF Agile Transceiver designed for use in 3G and 4G base station applications.

Read more...
Choosing a GNSS receiver
RF Design Telecoms, Datacoms, Wireless, IoT
Applications requiring sub-ten-meter positioning accuracy today can choose between single-band or dual-band technology. While this decision might seem as simple as flipping a coin, it is far from that.

Read more...
Tri-Teq’s latest range of filters
RFiber Solutions Telecoms, Datacoms, Wireless, IoT
Tri-Teq recently presented its latest filter products, which included passive and co-site mitigation filters (lumped element and suspended substrate technologies) and tunable filters (bandpass and harmonic switched filters).

Read more...
Why GNSS positioning precision is enabling the next wave of IoT applications
iCorp Technologies Editor's Choice Telecoms, Datacoms, Wireless, IoT
While high-performance GNSS implementations are achievable with few limitations, most real-world applications must balance power consumption, form factor and accuracy requirements.

Read more...
The evolution of 4D imaging radar
Altron Arrow Telecoms, Datacoms, Wireless, IoT
4D imaging radar is redefining automotive sensing with unmatched precision, scalability and resilience and, as global adoption accelerates, this technology is poised to become a cornerstone of autonomous mobility.

Read more...
Links Field Networks: The perfect fit for telematics in Africa
Links Field Networks Telecoms, Datacoms, Wireless, IoT
Operating at the intersection of global SIM innovation and local market intelligence, Links Field Networks has emerged as a premier provider of telematics-oriented connectivity across Africa and beyond.

Read more...
RF direct conversion receiver
iCorp Technologies Telecoms, Datacoms, Wireless, IoT
The CMX994 series from CML Micro is a family of direct conversion receiver ICs with the ability to dynamically select power against performance modes.

Read more...
Bridging the future with RAKWireless WisNode devices
Otto Wireless Solutions Telecoms, Datacoms, Wireless, IoT
The WisNode Bridge series by RAKWireless is designed to convert traditional wired industrial protocols like RS485 and Modbus into LoRa-compatible signals.

Read more...
Mission-critical RF transceiver
Vepac Electronics Telecoms, Datacoms, Wireless, IoT
The Iris SQN9506 from Sequans Communications is a wide-band RF transceiver that operates from 220 MHz to 7,125 GHz.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved