Education Resources



Skyline Rotorua is a popular destination for school groups and educational field trips, offering study material for various types of projects as well as the visitor attractions that appeal to children of all ages.

Skyline Rotorua is a member of the Rotorua Education Network (REN) - a first-of-its-kind tourism collective solely dedicated to the education industry. All REN members have a curriculum-based educational component to their product or have an added value component to their core service, specifically developed for education groups. 

To book a school group please contact our functions team on 07 347 0027 or email us at 
rotorua@skyline.co.nz

Childs drawing of the Skyline Rotorua Gondola.

Below are some interesting projects relating to Skyline Rotorua's Gondola complex and the surrounding area that have been prepared by Brian Gore of the Education Department in Rotorua.

It includes:

  • A Geological Study (Earth Science)
  • A Geographical Study (Orientation, Urban and town studies, weather paterns)
  • A Mechanical Study (Mechanics of the Gondola and Luge)

Useful Equipment you'll require for this project:

  • A note pad for notes and diagrams
  • Pencil and rubber
  • Compasses and binoculars
  • Topographic and City maps


Geological Study Activities

The Rotorua Lake and low lying basin area is part of the Rotorua Caldera, which dates back 140,000 years when major volcanic eruptions formed the Mamaku Plateau of ignimbrite deposits. Ignimbrites are solid blocks of pumice which solidify after cooking following an eruption.

The Caldera resulted from magma (molten rock) erupting through vents from underground and depositing the erupted material (the ignimbrite) on the surrounding countryside. This left a huge underground cavern and the ground subsided into the cavern, leaving a huge depression which filled with water and formed Lake Rotorua. This was 15 kilometres wide from Hamurana in the north to Whakarewarewa in the south.

During the eruptions from several vents, lava came out (similar to toothpaste being squeezed from a tube). These formed volcanic domes, and Mount Ngongotaha, Mokoia Island, Hospital Hill, Kawaha Point and Hinemoa Point are all examples of these domes. The lake during this period was 80 metres higher than it is now. The line of the old lake level can be seen in some places.

Approximately 22,000 years ago an outlet formed at Ohau Channel and the lake dropped to 30 metres quite quickly. It continued to drop over the next 5,000 years to a level 3 metres below its present level, and a forest grew to the Lake edge. 700 years ago the Mamaku Ash eruption partially blocked the channel again and the lake rose to 13 metres above its present level, drowning the forest and covering most of what is now Rotorua. As the Ohau Channel eroded open, the lake dropped to its present level.
 

Earth Science

An overall picture of the land forms which make up the Rotorua Basin and surrounding hills. Binoculars and Compasses would be useful.

Between Pylon 3 and 5 we travel over a flat area which was a Lake Terrace. The lake in early times came to this level.

Between Pylon 5 and 6 we pass beside two ridges which were old lava flows. Some exposed rock boulders show the folds of the material as it rolled down the slope and hardened.

Orientation

Excellent opportunities exist for practice in compass work and in identifying and plotting features on maps.

Urban and Town Studies

Most of Rotorua is clearly visible. Using a map of Rotorua, places, buildings, schools, industrial areas, commercial areas, recreation areas, the road network can be discussed and plotted.

Weather Patterns

Wind directions from the smoke drift. Wind speed - the anemometer on the top of the pylon registers wind speed in the Skyline Office.



Mechanical Study Activities

Examine how the Gondola system works.

Examine a luge cart, how does it steer?

Gondola Lift Technical Data
Slope Length 864.5 metres
Vertical Rise     178.5 metres
Drive Horse Power   120hp/90kw
Line Speed      2.0m/sec and 3.0m/sec
Carrier Spacing      48 metres
Carrier Required       10 in station/30 on line; 46 total
Carrier Interval   16 seconds
Hourly Capacity  900 people
Trip Time 4min 48sec
Number of Towers     12
Diameter of Hauling Cable   31mm
Direction of Rotation   Anticlockwise