Can the iPad be a viable navigation device? To find out I travelled thousands of miles using the iPad and one of the latest Brodit holders in a variety of rental cars. The experience was interesting, and I found that given the correct location in the car the iPad was a superb replacement for the traditional PND style navigation system!
For the last couple of months I have been in the United States. One of the things I was testing out was navigation using the iPad. This was partly in response to a challenge from a household SatNav company telling me that the iPad was no good for navigation. From this you can surmise that they do not produce an iPad App.
The two prerequisites for using the iPad as a SatNav are: navigation software; and a mounting solution.
The mounting solution I was looking at needed to be portable as I was going to be using it in different rental cars. The other thing I needed to look for was some form of powering of the iPad. I was going to be driving for some long distances and couldn't rely on the iPad's battery to last when stressed out with Navigation, Audio, and the normal email etc all running.
Continue reading to see how...
Garmin Launch StreetPilot For iPhone
Historically Garmin have had a number of forays into the SmartPhone market, but either the market was not ready or Garmin's products did not meet the market requirements of the time.
Whilst the Garmin PNDs thrived the mobile side of the business struggled. This seems about to change as Garmin now have a mobile app running on the Apple iPhone/iPad platform that takes their PND application functionality into the SmartPhone arena. Garmin have tried to enter the mobile market in a number of different ways with Android, Microsoft and Blackberry devices. The Android attempt was effectively an effort to produce a customised Android Phone based around Garmin Navigation as part of the early Android Alliance in conjunction with Asus. The Asus alliance also produced two Windows Mobile devices, but these initiatives were both late to market and never really caught on.
The Blackberry attempt saw Garmin introduce off-board navigation. This trend is quite big in the USA, but it is carrier led and as far as I am aware no navigation company has been successful introducing off-board navigation in its own right. Whilst the application worked OK it really was not up to the normal Garmin standard (different User Interface) and was also hampered by the hardware. Although Blackberry has a large installed base the application was not compatible with the more popular Windows Mobile, Apple, Android or Nokia devices.
Last year Garmin once again tried to bring an off-board mapping solution to the SmartPhone market in the USA, and is now having some success with the iPhone application currently sitting at 11th in the Navigation category. However things are different in Europe! Having learnt the lesson that users do not like relying on a data connection for map data Garmin has now evolved it's StreetPilot software and produced an application with integral on-board mapping.
Whilst the Garmin PNDs thrived the mobile side of the business struggled. This seems about to change as Garmin now have a mobile app running on the Apple iPhone/iPad platform that takes their PND application functionality into the SmartPhone arena. Garmin have tried to enter the mobile market in a number of different ways with Android, Microsoft and Blackberry devices. The Android attempt was effectively an effort to produce a customised Android Phone based around Garmin Navigation as part of the early Android Alliance in conjunction with Asus. The Asus alliance also produced two Windows Mobile devices, but these initiatives were both late to market and never really caught on.
The Blackberry attempt saw Garmin introduce off-board navigation. This trend is quite big in the USA, but it is carrier led and as far as I am aware no navigation company has been successful introducing off-board navigation in its own right. Whilst the application worked OK it really was not up to the normal Garmin standard (different User Interface) and was also hampered by the hardware. Although Blackberry has a large installed base the application was not compatible with the more popular Windows Mobile, Apple, Android or Nokia devices.
Last year Garmin once again tried to bring an off-board mapping solution to the SmartPhone market in the USA, and is now having some success with the iPhone application currently sitting at 11th in the Navigation category. However things are different in Europe! Having learnt the lesson that users do not like relying on a data connection for map data Garmin has now evolved it's StreetPilot software and produced an application with integral on-board mapping.
Further Concerns About GPS Safety
The Australian Daily Telegraph has reported a police study that found satnav use has led to a surge in road accidents.
News South Wales Police traffic chief John Hartley was quoted as saying "Drivers should not rely solely on GPS devices to reach their destination. "In recent times, we have seen crashes and near misses involving drivers who rely only on the information provided by their GPS device. Instead of concentrating on driving, motorists are getting distracted and disoriented by tracking streets on their GPS devices".
Many argue that looking at a satnav while driving is no more dangerous than regularly checking your speed limit or concentrating on the myriad road signs on a journey, but many accidents are blamed on drivers inputting destination information on the move - a whole different area of danger.
News South Wales Police traffic chief John Hartley was quoted as saying "Drivers should not rely solely on GPS devices to reach their destination. "In recent times, we have seen crashes and near misses involving drivers who rely only on the information provided by their GPS device. Instead of concentrating on driving, motorists are getting distracted and disoriented by tracking streets on their GPS devices".
Many argue that looking at a satnav while driving is no more dangerous than regularly checking your speed limit or concentrating on the myriad road signs on a journey, but many accidents are blamed on drivers inputting destination information on the move - a whole different area of danger.
3D Compass+
3D Compass+ is a navigational mashup that combines the GPS mapping and compass in your Android phone into a heads-up augmented navigational tool. See where you’re going, in what direction, without taking your eyes off the destination.
It’s a clever mashup; when you run 3D Compass the application combines the view from the phone’s camera with information from the GPS chip to map your location, information from the compass to give your bearing, and information from the tilt sensors to properly oriented you in relation to the two. The result is that whatever you point your phone at you get a combination map and video feed with an augmented compass layered over it. It’s a great way to check your bearings without taking your eyes off where you’re headed.
It’s a clever mashup; when you run 3D Compass the application combines the view from the phone’s camera with information from the GPS chip to map your location, information from the compass to give your bearing, and information from the tilt sensors to properly oriented you in relation to the two. The result is that whatever you point your phone at you get a combination map and video feed with an augmented compass layered over it. It’s a great way to check your bearings without taking your eyes off where you’re headed.
How To Use an External GPS Device with Your iPad or iPhone
If you bought a Wi-Fi only iPad and now you wish you could use GPS with it, this is the guide for you. Follow along to hook your iPad up to an external GPS unit and/or GPS-enabled smartphone phone. There are a few reasons why you may want to undertake this quick project. Among those reasons: you have a GPS device with a long battery life and more accurate results than your iPhone or you have a Wi-Fi only iPad and want to add in mapping capabilities using GPS instead of coarse Wi-Fi location data.
For this tutorial you’ll need the following:
Before we proceed, we’re going to stress again that you need a jailbroken device. This hack specifically takes advantage of a the ability of a jailbroken device to turn off the default Apple Bluetooth stack and replace it with the BTstack.
Installing BTstack GPS
After the application is installed hit up the Settings menu on your iOS device. You’ll want to do two things. First, look under the General Settings menu to make sure the native iOS Bluetooth is turned off. Second, look under the Extensions menu and click BTstack. BTstack, no iOS, should be checked.
Installing an Android Bluetooth Forwarder
If you’re planning on using this technique with a stand-alone GPS device, you can skip right to pairing your devices—you may want to check your manual before jumping down to see the BTstack GPS pairing procedure. We’re using an Android phone as a GPS device and as such we need to get our Android phone to start broadcasting the GPS signal via Bluetooth.
Currently there are about a half dozen applications on the market that meet the needs of someone who wants to link their Android GPS chip to an external source via Bluetooth. It is apparent from the comments on the apps that many of them work or don’t work on a model-by-model basis. Consider yourself forewarned and be willing to try two or three before you find a perfect fit. We had luck with Bluetooth GPS, alternatively you may want to try out ShareGPS, Network/Bluetooth GPS, or Bluetooth GPS Output. Start with Bluetooth GPS and if it doesn’t work move on to trying the next ones. We wish it was more straight forward than that but this whole procedure is a bit unorthodox and most phone companies didn’t design their handsets with the idea that you’d be using the GPS off the phone.
Pairing Your Devices
At this point your iOS device is using the alternative Bluetooth stack. Now it’s time to check out the actual GPS application paired with the BTstack. There should be a new icon on your springboard, simply labeled GPS. Click on that and you’ll see a very Spartan interface that simply lists the devices. On first launch is should say “Searching…” and if you have your Bluetooth device in discovery mode it will appear shortly. In the screenshot above you see our Android device after we scanned for available Bluetooth devices and the pairing prompt we sent the the iPad. In the screenshot below you see the result of that pairing prompt:
Once you connect the two, BTstack should kick you over to the mapping screen. If it doesn’t just tap the name of the paired device in the device list. You should see something like the following:
Once the resolution stage is finished can then fire up any application on your iOS device that is location-aware and it will use the new GPS coordinates provided by your external GPS unit. Success!
http://www.howtogeek.com
For this tutorial you’ll need the following:
- An jailbroken iOS device (we’ll be using an iPad)
- BTstack GPS (Available in the Cydia store from the Big Boss repository, $5)
- A GPS receiver capable of sending coordinates via Bluetooth (we’ll be using an Android phone)
Before we proceed, we’re going to stress again that you need a jailbroken device. This hack specifically takes advantage of a the ability of a jailbroken device to turn off the default Apple Bluetooth stack and replace it with the BTstack.
Installing BTstack GPS
Launch Cydia on your iOS device and use the store search function to search for BTstack GPS. By default you should have the BigBoss repository active, if not you’ll need to activate it by navigating to the main Cydia screen and clicking “More Package Sources”.
Once you’ve located BTstack GPS install it (the application is $5 and you can pay using PayPal or Amazon Payments). If you’re not sure if you want to shell out $5 for the application you can download it as a demo. In demo mode you’ll be able to see if your GPS device will connect properly but BTstack GPS will not share the GPS information outside of the primary application.After the application is installed hit up the Settings menu on your iOS device. You’ll want to do two things. First, look under the General Settings menu to make sure the native iOS Bluetooth is turned off. Second, look under the Extensions menu and click BTstack. BTstack, no iOS, should be checked.
Installing an Android Bluetooth Forwarder
If you’re planning on using this technique with a stand-alone GPS device, you can skip right to pairing your devices—you may want to check your manual before jumping down to see the BTstack GPS pairing procedure. We’re using an Android phone as a GPS device and as such we need to get our Android phone to start broadcasting the GPS signal via Bluetooth.
Currently there are about a half dozen applications on the market that meet the needs of someone who wants to link their Android GPS chip to an external source via Bluetooth. It is apparent from the comments on the apps that many of them work or don’t work on a model-by-model basis. Consider yourself forewarned and be willing to try two or three before you find a perfect fit. We had luck with Bluetooth GPS, alternatively you may want to try out ShareGPS, Network/Bluetooth GPS, or Bluetooth GPS Output. Start with Bluetooth GPS and if it doesn’t work move on to trying the next ones. We wish it was more straight forward than that but this whole procedure is a bit unorthodox and most phone companies didn’t design their handsets with the idea that you’d be using the GPS off the phone.
Pairing Your Devices
At this point your iOS device is using the alternative Bluetooth stack. Now it’s time to check out the actual GPS application paired with the BTstack. There should be a new icon on your springboard, simply labeled GPS. Click on that and you’ll see a very Spartan interface that simply lists the devices. On first launch is should say “Searching…” and if you have your Bluetooth device in discovery mode it will appear shortly. In the screenshot above you see our Android device after we scanned for available Bluetooth devices and the pairing prompt we sent the the iPad. In the screenshot below you see the result of that pairing prompt:
Once you connect the two, BTstack should kick you over to the mapping screen. If it doesn’t just tap the name of the paired device in the device list. You should see something like the following:
After a few seconds the GPS signal will fully resolve and you’ll see additional information. If the connection does not resolve then you need to try out a different GPS application on your Android device or double check that your stand-alone GPS is capable of transmitting the coordinates.Once the resolution stage is finished can then fire up any application on your iOS device that is location-aware and it will use the new GPS coordinates provided by your external GPS unit. Success!
http://www.howtogeek.com
Magellan Waterproof ToughCase f/iPod/iPhone
The unique case design allows you to interact with your device while it remains protected from the elements, including the touch screen, hard buttons, microphone, speaker and audio headphone jack access. You will find the "home" and "sleep/wake" buttons right where you expect them to be. The integrated dock connector unites your iPhone or iPod touch with the ToughCase for power, audio, and GPS.
ACR Floating Pouch & Lanyard Kit
ACR Floating Pouch & Lanyard Kit
SARLink™ that is light in weight and small enough to be easily carried in a pack or pocket by skiers, hikers, hunters, kayakers, climbers, pilots, snowmobilers and any other outdoor enthusiast can now keep there device safe with the floating pouch and lanyard kit.
SARLink™ that is light in weight and small enough to be easily carried in a pack or pocket by skiers, hikers, hunters, kayakers, climbers, pilots, snowmobilers and any other outdoor enthusiast can now keep there device safe with the floating pouch and lanyard kit.
ACR AquaLink™ PLB - Personal Locator Beacon
The AquaLink™ is small enough to be easily carried in a pack or pocket or can be worn on deck, at the helm, in quarters or on a life vest and will float if accidentally dropped overboard. Performing a full functional self test of the PLB?s internal circuitry, battery voltage & power, and 406 MHz transmission gives you the peace of mind knowing your PLB will work the moment you need it to the most. ACR Exclusive: Built-in GPS acquisition test mode allows you to test GPS functionality up to 12 times over the life of the battery life.
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