Racing Ramps

How to Measure the distance a toy car will travel down a ramp and across different surfaces. How fast can we go?

In term three of 2020 the school inquiry focus was Phunky Physics. Part of our focus was looking at the different types of friction. To explore this group of students measured the distance that a toy car would travel along a surface after rolling down a ramp.

Each group did a minimum of three rolls on each surface. The ramps had to stay at the same height and angle from the surface. 

Part of the learning was for students to understand how to join the tape measures in the correct place and add the measures together to get the final distance that the car travelled. We made notes in our maths books then transferred our findings into graphs. We used bar graphs to show our data. Our graphs had to have headings and number data on the x and y axis. Because our measurements were quite large,the class decided to make our number axis go up in 10’s.

After the graphs had been created it was time to make statements about our investigations.

Following are some of our findings.

Wiki and Rylee

  1. The car was fast on the table.

  2. The car moved slower on carpet.

  3.  The car went further on lino.

In conclusion we discovered that the lino has the least amount of friction because the car goes further on lino.


Mithesh, Adam, Carys 

1.A car goes further on concrete than grass

2.Concrete has less friction than grass.

3.Friction is a bumpy surface ...a lot of friction is a lot of bumpy surface .

In conclusion grass has the most friction for the cars.

Lizzie & Sofie and Taylor

1. The car went slower on the fake grass than carpet.

2. The car went faster on concrete because fake grass and carpet has more friction.

3. The car went faster on the concrete than carpet.

In conclusion the car went the fastest on concrete because the measurements were the longest.


Friction test   - Tawhiri and Declan

Firstly, I learnt that the lino has less friction than grass. 

  1. Secondly, I learnt that concrete has more friction than the lino.

  2. The grass has more friction than concrete. 

In conclusion the car went the fastest on the lino.


Scarlett and Paige

Our findings...

  1. Grass has more friction then Lino.

  2. Carpet has less friction then grass.

  3. Grass has more friction then concrete.

We discovered that grass has more friction then anything so it had the shortest measurements. The car didn’t go as far on the grass as it did on the carpet or lino.

Another part of our learning was using the devices to share our knowledge of friction and make slideshows. This was part of digital technology and was a fun way to share information that we had learned. Taking screenshots, uploading photos and typing our information were all areas of the DT curriculum that we have been learning about and it was great to be able to use this platform to share our new knowledge.






View our Racing Ramps video here


Keywords: Measurement, Science, Physics, Maths, Statistics, Digital Technology 2020

Curriculum links: Measurement,Physical inquiry,  physics concepts - Digital Curriculum 

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