The speed-o was an obvious candidate for this year’s Speed-O-Matics Competition, but we were so excited to get our hands on a real-life model that we were also able to see exactly what the speedo is capable of.

The Speed-omatics competition uses Legos as an interactive environment to simulate the speed of a car on the road, and we got to try out the new toy a bit more.

Here’s what we learned about the speedometer and speedometer track, as well as how to assemble one yourself.

[Legos]The Speed-OMatic is a Lego Speedometer Track.

The toy is designed to simulate a car’s speed and the way the wheels spin around the track.

You can build it from pieces or by building it in your own home, and you can get a full scale model of the Speed-OC by clicking here.

The speedometer is powered by an Arduino board, so it has a lot of options for how to interact with it, and it’s also available in a few different colors.

We chose a white version for this review, which is a slightly darker color than the white Speed-os that we’ve seen before.

You could also pick up a black version, but it was a bit of a stretch for our tastes.

The board itself is about 7 centimeters tall and has a 5-millimeter diameter, and the pieces on either side are held in place by magnets.

This makes it very easy to mount them on any surface.

You’ll need a pair of 3.5-inch x 5.5 millimeter-wide, 3-inch-diameter, rubber-tipped, or flexible-tapered screws (depending on the speed).

The Speedomatics Speedometer is pretty much designed to mimic the speed you’d expect from a car, which can be tricky when you have to get a good feel for how a car actually drives.

For that reason, we tried to make sure that the Speedometer track is as close to the real thing as possible.

You have to remember that the speedometers on Legos are made from Lego bricks, so they’re not exactly the same as real wheels.

The track has a slight curve to it, but there’s no discernible bumps or bumps in the road.

There are also no markings on either sides of the track, so you can’t actually see what you’re actually seeing on the track—and, as you can see, the track has some bumpy terrain on it.

The only real difference between the real and Legos track is the way that you have the speed dial, which actually moves around the car.

When you press the speed button, the Speedomatic will rotate, and when it stops, the speed indicator will change color.

The actual speedometer has a red light on it, indicating the speed that you’re driving at, and a green light when the speed is below a certain threshold.

As you press it further, the green light will turn red, and then the speed indicators will start flashing red and then green.

When the speed on the Speedo is below that threshold, the lights will turn blue, and that’s when you start to accelerate.

The red and green lights change color depending on the exact threshold that you set.

As soon as you’re in the speed zone, the red and blue lights will dim, and your car will start accelerating.

It’s not exactly a flashy feature, but you get the idea.

It seems like a nice feature, and Lego seems to be making it a lot more accessible to kids with the Speedos.

The whole Speed-OS setup is powered via the USB-C power connector, which means that it can charge from the wall, or it can be powered through the wall outlet.

It has two USB ports and an HDMI port, which are great for connecting the Speedocs to the rest of your house.

The Power Switch is the same one you’d find on your computer.

It doubles as the power switch, so there’s also an option for connecting to the computer or charging it from the included USB cable.

If you’re building the Speed O-Mates as Legos, you can use the same Power Switch to charge the Speedometers as well.

As long as you have a wall outlet nearby, the Power Switch will turn green when it’s on and then red when it isn’t, so if you have your Speed O devices plugged in, you’ll have the ability to charge them without having to use the wall power outlet.

The USB ports are a little bit of an issue, though.

You won’t be able to connect a USB cable from the SpeedOCs to your computer, but they can charge the Legos and Legolabs they’re connected to from the USB port.

The port on the back is actually a power outlet, which makes it much easier to plug in a USB-powered Speed O.