Tank aficionado [Daniel Zalega] has enjoyed playing around with armored fighting vehicles in the digital realm for years, but only recently realized he had the technology and skills necessary to take his passion into the physical world. Albeit on a slightly reduced scale. So he bought a 1:35 plastic model kit for the German WWII Panther tank from Tamiya, and started working on a way to make it move.
Luckily for [Daniel], the assembled model is essentially hollow. That gave him plenty of room to install the geared drive motors, batteries, motor controllers, voltage regulators, a servo for the turret, and the Raspberry Pi Zero that controls the whole show. Those with an aversion to hot glue would do well not to look too closely at the construction here, but it gets the job done. Besides, it’s not like this little Panther is going to see any front line combat.
Another element of the model kit that made it well-suited to motorization is the fact that it had real rubber treads. That meant [Daniel] just had to pop some holes in the side of the tank, and figure out how to mount the drive sprockets to his gear motors. Unfortunately it looks like the wheels are static on this model, meaning the tread has to be dragged over them. That’s certainly robbing the tank of some power and speed, but in the video after the break, you can see its movement is still fairly realistic.
To control the tank, he points his phone’s browser to a simple page running on the Raspberry Pi. By simply dragging a finger on the screen, you can operate the tank’s two independent treads and rotate the turret. [Daniel] said his original plan was more elaborate, with the web page displaying a live video feed from an onboard camera as well as the readings from various sensors. But at least for now, things are kept as straightforward as possible.
This certainly isn’t the first souped-up toy tank we’ve seen here at Hackaday. From gorgeous steam powered machines to this Tiger tank with a laser-assisted aiming system, these small tracked platforms have long been a favorite of hardware hackers.
Continue reading “Pi Powered 1:35 Scale Panther Tank”
Tamiya’s Mini 4WD toy line primarily consists of small 1:32 scale toy cars powered by AA batteries, which have no remote control and are guided around a plastic track by horizontally oriented
drive guide wheels. Tuning and racing these cars is popular in many parts of the world, but this build is a little different.
After initial experiments with a modified Tamiya chassis are unsuccessful, a fresh build using a bespoke aluminium chassis is begun. A sturdy boiler is created, feeding into a piston which is used to drive all four wheels through a series of driveshafts.
It’s interesting to watch the iterative design process solve various problems such as piston wear and gearing. Performance is underwhelming for those used to the immense speed of the electric toys, but we’d love to see a competition series using steam powered racers.
We don’t see a whole lot of steam hacks around here, but the Hudspith steam bicycle is something to marvel at. Video after the break.
Continue reading “Custom Mini 4WD Runs On Steam”
The tank robot builds that we see are often quite complex. This lets them do great things, but makes the platform scary for beginners. Here’s a tank build that would be a great first project, especially if you’re more interested in the programming side of robotics than you are in the hardware itself. [Paul Bleisch] combined several different commercially available products to fabricate this Arduino-powered tank robot base.
Locomotion is provided by a double geared-motor module. This unit, the plastic wheels and treads, as well as the wooden mounting platform are all made by Tamiya. They cost very little and are already designed to work with one another. To this base he adds the Arduino and a motor shield which makes the connections dead simple. The black case on one end of the chassis holds four AA batteries which provide power for everything.
These components are all that’s really needed to start, but they provide no interactivity. So [Paul] picked up a used wireless PlayStation 2 controller. There’s a library (written by regular reader [Bill Porter]) that allows him to connect the receiver to the Arduino in order to pick up commands from the controller. He also plans to add an ultrasonic range finder to the build sometime in the future.
If you’re don’t need to do things the easy way you should consider fabricating your own tank treads.