This presentation shows how snecked walling can be constructed with internal and external angles

1. Square and Sneck Rubble Walling
Constructing Angled Returns
Stonemasonry Department 2013

2. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

3. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

4. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

5. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

6. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

7. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

8. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

9. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

10. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

11. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

12. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

13. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

14. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

15. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

16. This presentation is designed to provide step-by-step instructions on how to construct a
snecked rubble wall with angled internal and external returns. The bonding pattern used in
the animation is dependant of having stones of certain lengths. This means you may not be
able to replicate the wall exactly but you should have a similar bonding arrangement.

17. Developed by The Stonemasonry Department
City of Glasgow College
2013