Clocks

Instructions to build an accutate clock featuring a fascinating escapment. Power is from a Huygens continuous chain weight driven mechanism with remontiore or rewind mechanism (automated electrically driven). The written instructions are supplimented with a booklet of exploded diagrams and a CD-ROM containing video and full resolution photographs.

Instructions describing the construction of a mechanism which can be used as the workings for any clock in 24 pages with high quality colour diagrams and phortograps. Also included is a CD-ROM with additional information.

Building instructions with photo and VirtualMEC drawings for this the smallest possible weight driven pendulum clock in Meccano. The clock is mounted on a tower which as built allows 16 hours running time. This can be increased with a higher tower. A ready to cut out clock face is included.
Also included is a CD containing VirtualMEC 1.6 Demo and 31 VirtualMEC 3D drawings, plus 5 video clips which can all be viewed on a computer.

Comprehensive instructions with diagrams to construct this representation of a highly accurate scientific clock featuring the Reifler escapement. The escape wheels and pallets required for this clock are not meccano parts but details of where these can be obtained are given in the instructions. The finished model should be capable of a high degree of accuracy.

Full and detailed buildiing instructions for this very advanced clock which is loosley based on the Copley Clock (MP157). The designer of this model suggests that it requires a lot of patience to build an must not be rushed! The model requires a precision electric motor not in the Meccano range. The 28 pages of text also includes 48 diagrams and eight pages of colour photographs.

Developed by John Harrison the original clock took ninteen years to develop. Although Harrison could not get the accuracy he wanted it did incorporate two inventions which are still used today: the bimetallic strip and the caged roller bearing.
The version described in these instructions was named after the prize won. It has twenty two pages, which includes notes on the development of the Marine Chronometer, highly detailed building instructions, nineteen isometric diagrams and seven colour photographs.

A new design of this unique clock featured first in MP104. While keeping to the original priciple this clock has a rebuit escapement requiring much less power allowing it to run for months unattended. It also has a simplified pendulum and case. These instructions contain colour photographs, isometric drawings and parts list.

This clock uses the pioneering and unique escapement invented in the 1700's by Grignion. Designed to beat in half seconds it has second, minute and hour hands. The clock will run unattended for months. These instructions contain nine colour photograps, ten isometric drawings and parts list.

Instructions to build a model which in its original form was used to give accurate time at sea. This model uses a twin balance arm and grasshopper escapement instead of a pendulum (which would have been no use at sea).

Instruction s for a challenging model requiring three outputs on one journal for each of the hands. The plans include sixteen two and three dimensional diagrams. The motion can also be used for a long case clock.

The need for even greater accuracy led to the development of greatly improved escapements, such as the Riefler Escapement. This clock uses the energy from the bending of the suspension spring to keep the pendulum swinging. This modelplan has fourteen pages of instructions with ten colour photographs and seventeen isometric drawings.

This model model plan includes instructions and illustrations to built this model. The illustration shows an original.

This model model plan includes instructions and illustrations to built this model.

This model model plan includes instructions and illustrations to built this large model.

Instrutions for a clock which uses the detached gravity escapement invented by Jim Arnfield as recently as 1987. The principle of his mechanism allows greater accuracy, isolating the pendulum from the varying forces which power the escapement.

This model model plan includes instructions and illustrations to built this unusual clock.

This model model plan includes instructions and illustrations to built this model.

This model model plan includes instructions and illustrations to built this model. The illutration shows how the finished model should appear when in a case.

This model model plan includes instructions and illustrations to built this impressive model.

This model model plan includes instructions and illustrations to built this impressive model.

This model model plan includes instructions and illustrations to built this unusual model.