The Wahoo Headwind is a ‘smart’ fan specifically designed for cycling.
When I first heard about this product, I was quite dubious. First, and foremost, it’s expensive. $250 for a fan is pretty high. Also, for some reason, my initial though twas that they were trying to reproduce the experience of a headwind while cycling.
Well, cost aside, most of the reviews of the fan I saw were pretty positive. With the holidays upon us, this is what I decided I wanted
Review of the Garmin Varia RTL-510 Radar
Being into technology, I’ve accumulated a fair bit of bike tech also. As such, I’m going to try doing thumbnail reviews of some of the bike tech that I current, or used to, use.
These aren’t going to be super technical reviews. For that kind of thing I suggest you head over to DCRainmaker‘s blog or GPLama‘s YouTube channel.
These are going to be my impressions of the product … what I like, what I don’t like, what could be better, and some things that should be left just the way they are.
All the items I’m going to review have been purchased outright by me and I don’t get any compensation for the reviews (unless I provide an Amazon link, in which case I get a small commission).
A few years ago I decided I could try bike commuting to work. The office I work in has a bike rack and (lucky for my co-workers) a locker room with showers.
I figured I could leave earlier than I normally would, ride the 20 miles to the office, lock my bike up, shower, and start work about an hour after I normally would. I would leave a change of clothes, toiletries, and fresh cycling kit for the ride home.
A few years ago a 20 mile ride to work would have seemed impossible, but now it’s really not a big deal. Takes about 90 minutes.
One of the things I like to do when I’m cycling, is keep track of various statistics related to my ride.
This includes things like speed, cadence (how fast I’m peddling), and heart rate.
To do this, I have a number of sensors that connect to my bike computer (Garmin Edge 810). The sensors communicate with the bike computer using a low power communication mechanism called ANT+.
There are, however, some advantages of being able to track the sensor data on my iPhone in the various fitness apps (Strava, Endomondo, iBiker, etc). The problem is that the iPhone needs an adapter to receive the ANT+ signal. It’s not a big adapter, roughly the size of a charging cable connector. In addition, the adapter is currently only available for iPhone 4S’s and earlier … it uses the 30 pin connector. There are no ANT+ adapters for iPhone 5’s & newer (which use the lightning connector).
iPhone 4S’s & newer do have a variation of Bluetooth called “Bluetooth Smart” … also known as Bluetooth Low Energy (BTLE). SOME fitness sensors support BTLE, but very few support both BTLE and ANT+.
This is where the 4iiii Viiiiva Heart Rate Monitor comes in. It functions as a heart rate monitor with both ANT+ and BTLE communication. In addition, it can act as a BRIDGE between other ANT+ sensors and feed the data via BTLE.
Weird … I just tried to build my RCP application and the ant script blew up.
It seems like there’s some kind of interference caused by the addition to Buckminster to my Eclipse install.
My build should not be referencing any buckminster functionality at all.
Unfortunately I don’t have the time to dig into the problem.