You can watch a video from the exhibition here.
This project required the development and production of three humanoid robots with 9 degrees of freedom each within one month.
The project was co-sponsored and initiated by the Forreal team who traveled with them to the "Humans Need Not Apply" exhibition in Dublin.

You may watch The first experiment after the installation at the festival here.
The project requirement was to build a keyboard organ that plays a specific music when the keys are pressed in order.
The keys come with a dedicated controller box prepared for them and has a simple speakers port. The total length is about 18 meters.

"Deadly stunt" reached us at the last minute. We were asked to help develop and build the exhibit due to a tight schedule. We immediately joined the project and its establishment in time.
The idea was to introduce a motorcycle stuck between two trees like a bleak end of a stunt experience that got messed up. From a practical point of view, the motorcycle had to start, accelerate, stop, turn on and off lights, all according to a predefined plan controlled by the controller box we developed. If that does not seem to be enough, from the tops of the trees there was lightning powered by 4 Marks generators also controlled by our controller.

This project was done for the Hebrew University of Jerusalem. The prototype's goal was to find a method to identifying blood pressure in 3 strategic points defined by the medical staff and detect a downward trend in blood pressure due to any arterial blockages.

The goal of the project was to create a rotating stage for a projector. The requirement was that the projector should display a picture / video on different areas throughout the room. The software was built in such a way that the video itself "tells" the stage when to stop and when to rotate to the next point. You can watch a video from the exhibition here.

Adjustable tripod for virtual reality goggles. The tripod allows the glass to move in all directions.
The tripod was designed and built for immediate demand (about two days).

You may watch the arm in action at the exhibit in Jerusalem here.
This project was actually done before the establishment of Protodynamics and became one of the projects that showed the need for a body such as Protodynamics to meet diverse requirements.
The purpose of the mechanism was to move a plaster cast in the form of a arm that holds a laser pointer which points to two targets located on the opposite wall. For each target there was a specific time frame to fit the story told on the spot.

You can watch the video from the exhibit here.
This is an exhibit of the artist Hila Tony Nabok. Our part of the project was to build the drive mechanisms of the chairs at very low speeds.
The project was fully accompanied by our technical aspects.

Pictures from our workshop - updated to 2016. Protodynymics' workshop is a think tank and creation zone. We develop products for customers on demand and even develop our own ideas.
The workshop is designed to allow us the freedom of creation, many tools and machines to remove the physical limitations of as many production processes as possible. Of course we also work with outside sources.

This machine was built for an Microsoft event. programmers teams needed to achieve there goal, when succeeded the machine needed to start.
The machine was supposed to convey a sense of great mess going on when it operates.
The machine was designed and built within a few days due to the tight schedule.
you can watch it here.

This project is part of an artistic initiative between the sisters cities Haifa and San Francisco.
In each of the cities, a four-story tower will be placed in the port of the city and will have a camera on the top capable of moving in all directions.
Each periscope will be connected at the base of the towers - one at the Haifa port and the other at the San Francisco port. When a person activates the periscope: moves it from side to side, controls the handles and buttons - it actually controls the camera on the other side of the world in real time and thus sees what happens on the other side on the screens.
According to the new accessibility requirements, each periscope has 2 view point and control units so it can fit to a man in a wheelchair too.
For more information please visit the project page on Saron Paz's (project Entrepreneur) website Here.

For a deep optical zoom camera controled remotely, there was needed a stable mast as possible because of the vibration generated by the wind. These vibrations are intensified when the camera's viewers are at maximum magnification and therefore should be eliminated.
The mast was installed on the roof of a five-story building.

In this project, I was asked to build a four-wheeled device that would travel back and forth in a straight line between two walls. An aluminum rod attached to the cart to hold a picture. The device supposed to travel and stop according to specific schedule. As part of the requirement, the cart should slightly hit the walls.
Click here To watch a video from the exhibition.

The machine was built to increase the capabilities of the business

This folding dask was build for working jobs in the field .
the dask was designed in about 2 days and build in about 3 more.
Net weight: 10KG.
Folded Dimensions: 100 x 16 x 15 cm (39" x 6.3" x 5.8").

In this project, I was asked to build a motorized wagon that would travel on a track at a slow and steady speed for five hours each night.
The wagon had to fit into an existing Dolly track whose proportions were not exactly known in advance, so I had to leave a lot of degrees of freedom to adjust.
The customer's request was to place on the wagon a rectangular box with enough space for the electrical system's parts. Another request was to built a large cylinder above the box for the professional projector. There I made the possibility to adjust it's possition. According to their request, the cylinder was closed behind with a black PMMA plate and a transparent orange plate in the front to give the light the color they wanted.
All the parts of this machine were created in my workshop within two weeks including planning.

This is a small project where I was asked to build a robotic vacuum cleaner look-a-like device that would navigate independently in the room and avoid walls and obstacles. The robot was built according to the requirements and the external appearance the artist Ofri Cnaani defined as part of the exhibition she introduced at the Mishkan Museum of Art in Ein Harod. The robot was designed to carry a weight of up to 10KG.
On the surface of the robot the artist placed a bronze head sculpture designed to wander around the room during the exhibition months non-stop. The robot is easy to operate and maintain, it has an easy-to-operate power switch and charging point without having to lift it off the floor.