Best Book Publishers UK | Austin Macauley Publishers

By: Peter Gredan Davies

Gryph's Great Railway Rescues

Pages: 136 Ratings:
Book Format: Choose an option

*Available directly from our distributors, click the Available On tab below

Gryph is a state-of-the-art electric rescue train who can travel at over 1000 kilometres per hour. He is constructed from a secret alloy called ‘endurium’ which is bullet-proof and can convert sunlight into electricity to recharge his batteries.

His advanced computers allow him to think for himself and communicate with humans. He is owned by the government and is stationed in the centre of the country; he can reach any scene of disaster or accident, on or near the railway, anywhere in the land, within hours.

He is equipped with the latest machines – robot cranes, bulldozers/diggers, a helicopter and a micro submarine – that can communicate with humans and can act independently. Gryph communicates with his headquarters (Headshed) via satellite.

He has two drivers, Sally Forth and Jet Stream, who take it in turn to drive him or command the rescue at the scene. There is a crew of over one hundred on board who are fully equipped engineers, scientists, technicians, doctors, nurses and chefs, all dedicated to saving people and animals whose lives are in danger.

Peter Gredan Davies taught in schools in London, Hong Kong and Plymouth, including a short service commission in the Royal Navy as an instructor officer. On retirement, he qualified as a steam locomotive fireman on the picturesque Bodmin and Wenford Railway. He lives with his wife, Barbara, in South-East Cornwall, where he is a member of the Mount Edgcumbe Railway and Model Society and where he works, plays and rides on a miniature railway in a beautiful country park.

Customer Reviews
0
0 reviews
0 reviews
Write a Review
Your post will be reviewed and published soon. Multiple reviews on one book from the same IP address will be deleted.

We use cookies on this site to enhance your user experience and for marketing purposes.
By clicking any link on this page you are giving your consent for us to set cookies