Exmoor - Valley of the Rocks

Today we are off to the Lynton and Lynmouth area, to The Valley of the Rocks to be precise. The Valley of Rocks is a Site of Special Scientific Interest and a Site of Special Geological Interest and a `must see` as a tourist.
But before I show some images of the area, I would mention that our route took us along the A39 and up Porlock Hill.
Wikipedia sums it up: Porlock Hill is a road west of Porlock, Somerset. It is part of the A39, connecting Porlock to Lynmouth and Barnstaple in Devon and is the steepest A-road in the United Kingdom, approaching 1 in 4 (25%) in places. A parallel toll road is available which travels the same route at an easier gradient. - If only I had known! Never mind, it was an experience!



We stopped at this point, firstly in relief and secondly to admire the fantastic view! It was called Foreland Point and was a wonderful place to admire the view and watch the mist rolling across the hills.


Foreland Point


We had parked the car a short distance from the Valley of the Rocks at the edge of this cricket ground which was Lynton & Lynmouth Cricket Ground - what a spot!


AS we approached the coast, we began to see the wild goats lazing in the sun just ahead of us. Apparently, the goats are even mentioned in the Domesday Book and in the novel Lorna Doone.
To ensure its conservation, the unusual and rare herd has been supported by the Lynton Feral Goat Preservation Society since 1997.



As for the scenery - magical I would say. Well worth the visit.


As we wandered, we were able to see more of the wild goats strolling around their territory.


We then walked back along the coastal path to Lynton, passing the Lynton and Lynmouth funicular Cliff Railway.The multi-award winning and famous Lynton and Lynmouth funicular Cliff Railway opened in 1890 and is the highest and the steepest totally water powered railway in the world! How does this work I thought?

"The Lift works on a simple balancing principle. The two cars are permanently attached to each other by hauling cables that run around a huge 5ft 6" pulley wheel at the top and the bottom of the tracks. There are four cables in total; two hauling cables that carry the weight of the cars and two tail balancing cables that counteract the weight of the hauling cables.
When each car is ‘docked’ with full water tanks the cars are in balance and are ready for loading. Each tank holds 700 gallons of water. As passengers board, variations are accommodated for by the brakes which clamp the cars to the rails. Each car's brakes will hold the weight of both cars fully laden, and the lower car has a water operated locking device which clamps the car to the bottom station. The company was formed in 1888 through an act of Parliament with perpetual rights to extract water from the West Lyn River.
When loaded, the drivers use pre-arranged bell signals, unlock the safety lock, and release the brakes. The lower driver discharges water until the top car is heavier. Sometimes this is achieved with the weight of passengers alone and no water is used. The top car then rolls down the rails pulling the lower car up.
Each car has two sets of water operated brakes. The ‘governor’, which in turn, is driven by the main wheels operates one set. The brake shoes press down on the top surface of the rail and lift the car off the rail by 2mm, thereby using the weight of the car to provide friction between the rail and the brake shoes. The other set of brakes work in reverse to a conventional brake system, the brakes are permanently on and operated by a large water accumulator via the driver's hand wheel 'The Deadman's Handle'. This means when the cars are unattended, the brakes clamp it to the rails making it impossible to move under any circumstances and the driver has to hold the brakes off during the journey."

So now you know!


Countisbury on the way back home - I think.



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