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Team History

Learn more about our past seasons!

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Anchor 1
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Cargo Connect
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2021-2022

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Achievements:

Regional Competition

  • 2nd place Robot Performance

  • 2nd place Robot Design

Israel Championship 

  • 3rd place Champions Award

Razorback Open Invitational

  • ...

Project:

Robot:

LockArt coming soon...

McCartney coming soon...

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2020-2021

Achievements:

Regional Competition

  • 1st place Core Values award

Israel Championship (Cancelled)

Global Innovation Award Finalists

Project:

WhatsApp Image 2021-05-09 at 11.30.07 AM

The problem that our team chose to solve is the difficulty of returning to exercise after a knee injury, due to lack of motivation and home training tools. For us it was important to focus on this problem because one of our team members suffered a knee injury and had a long and tedious recovery process.

Our solution is TechKneeCare is a knee-physiotherapy home kit that consists of a customizable application based on the progress of the rehabilitation process and a Bluetooth camera that analyzes the footage with the help of AI and checks whether the patient performs the exercise correctly.

Robot:

Our robot is Isaac. Isaac is modularly built, it has an innovative gear system, it is stable, and it has a strong base frame.

Isaac's front can be detached to allow easy access to all its parts allowing easy and efficient repair in case a sensor, cable or wheel breaks.

Isaac is a very small and compact robot, its wheel arrangement allows for stability and good grip on the ground on both sides. 

2020-2021

Achievements:

Regional Competition

  • 1st place Core Values Award

Israel Championship (Cancelled)

Global Innovation Award Finalists

Project:

WhatsApp Image 2021-05-09 at 11.30.07 AM
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The problem that our team chose to solve is the difficulty of returning to exercise after a knee injury, due to lack of motivation and home training tools. For us it was important to focus on this problem because one of our team members suffered a knee injury and had a long and tedious recovery process.

Our solution is TechKneeCare is a knee-physiotherapy home kit that consists of a customizable application based on the progress of the rehabilitation process and a Bluetooth camera that analyzes the footage with the help of AI and checks whether the patient performs the exercise correctly.

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Robot:

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Our robot is Isaac. Isaac is modularly built, it has an innovative gear system, it is stable, and it has a strong base frame.

Isaac's front can be detached to allow easy access to all its parts allowing easy and efficient repair in case a sensor, cable or wheel breaks.

Isaac is a very small and compact robot, its wheel arrangement allows for stability and good grip on the ground on both sides.

We made sure that the robot was small while maintaining balance and giving it a large error range.

Isaac has 4 connections for attachments, two connections at the top, one connection on the right side and one on the left side. The reason we chose to do this is the inspection area whose area is limited. Our three connections allow for a convenient and easy connection of attachments. 

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replay

2019-2020

Achievements:

Regional Competition

  • 2nd place Champions Award

  • 1st place Robot Performance

Israel Championship (Cancelled)

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Project:

We researched radon gas, a radioactive gas found underground and in buildings with walls that are made out of concrete, it is the second highest cause of lung cancer. This is especially an issue in Israel because many buildings, classrooms, and bedrooms are built from concrete as they act as shelters during missile attacks. 

We researched and developed a solution that will lower the amount of radon in these contaminated areas without affecting the life of the consumer. 

Our solution is RADONT, a network of panels that are designed to absorb the radon gas out of a room using activated carbon, a material with a high surface area. With this carbon, we are able to expand the volume of the room, and lower the relative amount of radon in the room.

Robot:

Our robot is ARGON, it is made out of two large motors, two medium motors, 2 color sensors and two gyro sensors. Argon is small symmetric and compact. It has an innovative attachment system that allows us to switch attachments quickly and easily. Two bevel gears on the base connect to gears on each attachment allowing us to easily transfer power in different directions. Four pieces on each attachment go into special slots on the base and two pins hold the attachment so it doesn't detach during the run but still comes off easily in base.

To make fixing problems inside the robot (if a sensor or motor breaks) quick and simple Argon's top was designed to open easily allowing access to all parts, this really helped us when one of our large motors stopped working.

The brick is very accessible to allow us easy transitions between programs and made switching the rechargeable battery very fast and easy.

We positioned color sensors in each front corner to help make Argon more reliable and allow him to easily detect and square on black lines on the field. We turned large portions of the code into MyBlocks to allow us to use them throughout the program easily, such as a line squaring block.

In order to save as much time in base as possible, we made an innovative master program that allows us to automatically start each new program with a press of a button. This program also let us control the motors and run previous programs if needed.

City Shaper
Into orbit

2018-2019

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Achievements:

Regional Competition

  • 2nd place Champions Award

  • 1st place Robot Performance with 246 points

Israel Championship

  • Inspiration award

  • 1st place Robot performance with 261 points

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Project:

We researched how women deal with their menstrual cycle in space. We understood that today, most astronauts choose to stop their cycle with birth control pills, which may have many side-effects. Women who don’t want to stop their period, can use tampons, but over 450 tampons are needed for a year in space! Besides, tampons take up storage and produce waste.

 

We researched and developed a solution that will enable astronauts to continue with their natural menstrual cycle, hoping to encourage more women to travel to space.

 

Our solution is PLASTROCUP, a menstrual cup designed to work in zero gravity. A menstrual cup is a feminine hygiene product that is inserted into the vagina during menstruation. Plastrocup, has a specially designed rim that keeps the blood from escaping the cup when it’s removed from the body. The rim opens out, in order to enable easy emptying of the blood with the existing vacuum in the solid waste space toilet. Using Plastrocup, will eliminate waste and storage needed that feminine hygiene products that are available today create.

Robot:

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Our robot is PLUTO, It is made out of two large motors, two medium motors, 2 color sensors and two gyro sensors. Pluto is small symmetric and compact. Pluto has an innovative attachment system that allows us to switch attachments quickly and easily. Two bevel gears on the base connect to gears on each attachment allowing us to easily transfer power in different directions. Four pieces on each attachment go into special slots on the base and two pins hold the attachment so it doesn't detach during the run but still comes off easily in base.

To make fixing problems inside the robot (if a sensor or motor breaks) quick and simple Pluto's top was designed to open easily allowing access to all parts, this really helped us when one of our large motors stopped working.

The brick is very accessible to allow us easy transitions between programs and made switching the rechargeable battery very fast and easy.

We positioned color sensors in each front corner to help make Pluto more reliable and allow him to easily detect and square on black lines on the field. We turned large portions of the code into MyBlocks to allow us to use them throughout the program easily, such as a line squaring block.

In order to save as much time in base as possible, we made an innovative master program that allows us to automatically start each new program with a press of a button. This program also let us control the motors and run previous programs if needed.

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Media:

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2017-2018

Achievements:

Regional Competition

  • 1st place Champions award

  • Global Innovation Award nomination

Israel Championship

  • Gracious Professionalism award

Global Innovation Award Runners-Up

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Project:

Robot:

When plastic bottles are left under the sun or at high temperatures (104° F) for over 15 minutes, toxic chemicals from the plastic are released into the water, and consumers drink it unknowingly they may be contaminated. Drinking this contaminated water can pose health risks such as headaches, ADHD, damaging of child development after long exposure and other side-effects which consumers are not aware of. 

PLASTICKER is a disposable sticker placed on water bottle labels that changes color when the plastic bottle has been exposed to high temperatures for too long. The non-toxic thermochromic liquid crystal on the sticker and its unique layers change color at the exact temperature and time when the plastic begins leaching chemicals, therefor giving a reliable and accurate indication that the water has become toxic to drink.

Our robot is WALTER, he is made out of two large motors, two medium motors, 2 color sensors and a gyro sensors. Walter is small  and compact. Walter has anattachment system on the back and front of him that allows us to switch attachments quickly and easily and attach diffrent constructions to the front and back. Each motor has a dog gear on it that connects to gears on each attachment allowing us to easily transfer power in different directions. Two pieces on each attachment go into special slots on the base and if the attachment uses a lot of power we secure it with special axles on the side of the robot  so it doesn't detach during the run but still comes off easily in base.

The brick is very accessible to allow us easy transitions between programs and made switching the rechargeable battery very fast and easy.

We positioned a gyro sensor in Walter's center of mass to make it more reliable, the gyro helped Walter drive straight and make accurate turns. To increase reliability in driving straight in over half of our runs Walter drives across the wall.

 We turned large portions of the code into MyBlocks to allow us to use them throughout the program easily, such as a gyro drive straight and turn.

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Media:

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animal allies

Achievements:

Regional Competition

  • Inspiration award

Project:

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In Israel and around the world there are many people who have a problem with stray street cats. A big problem is that cats eat contaminated food that can cause them health problems and even death. In some cases cats can get stuck in the trash cans without any way to escape. People do not help them for a number of reasons: they are afraid of them, they do not want to get diseases or they do not have time or desire to help. We chose the problem that cats eat food from trash cans because we thought it was an important problem that has no effective existing solution and a good solution can improve human interaction with street cats.

Our solution is SACKITTEN, unique garbage bags with an orange smell that is known as a smell that repels cats but does not harm them, it will remove them from the garbage can with no damage to the cats. The garbage that is harmful to cats is sorted into the special bag and the regular garbage bag contains the rest of the trash. The smell added to the bag does not dramatically change people's lives, it is pleasant and slightly disguises the smell of garbage, although there is a slight inconvenience to sort out the harmful and harmless garbage to both types of bags. In addition, after use, the bag is degradable and does not continue to contaminate the environment because it is made of bio plastic (a plastic substitute made from corn starch). It is therefore degradable in a short time of about 6-8 weeks. Since the bag is made of natural materials (cornflour and orange peels), the cost of the bags is very low, even more than a regular bag ! The smell of orange is naturally obtained from orange peels from orange juice companies.

Media:

2016-2017

2015-2016

Achievements:

Regional Competition

  • Presentation award

  • Global Innovation Award nomination

Project:

WhatsApp Image 2021-05-18 at 2.14.14 PM.

Each person loses between 50 - 150 hairs a day. Hair is made out of a strong material, and unlike other resources
that exist on Earth, as the with population grows, so does the resource which makes it renewable. 
We realized the problem is that we do not use our hair as a resource, and just throw it in the trash. Hair has a lot of potential to help people who have lost it due to medical conditions.

Our solution is DONHAIR

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