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True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the hopper exercise used in this Presentation EDGE

True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

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Page 1: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

True face angle

True Mitre angle

FACE

Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the hopper exercise used in

this Presentation

EDGE

Page 2: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

PIVOT POINT

Typical hopper shape

Page 3: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

PIVOT POINT

We lay a side down to get a view of it from

above

Page 4: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

PIVOT POINT

Page 5: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

PIVOT POINT

Page 6: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

PIVOT POINT

Page 7: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

PIVOT POINT

Page 8: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

PIVOT POINT

We look at it from above so we can project down and create a plan view or True Shape of

the side

Page 9: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

True

Shape

of

Side

We look at it from above so we can project down and create a plan view or True Shape of

the side

Page 10: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the
Page 11: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

OFF SET

HEIG

HT

Page 12: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

Extend the base line

Pivot point

Page 13: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

= thickness of side material

Pivot point

Page 14: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

2

2

1

1

= thickness of side material

Pivot point

Page 15: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

Pivot point

= thickness of side material

2

2

1

1

Join 1 to 2

Page 16: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

Pivot point

2

2

1

1

Join 1 to 2

3

Bring up point 3 to the

thickness line

= thickness of side material

Page 17: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

Pivot point

2

2

1

1

Join 1 to 2

3

Join pivot point to new

point 3

= thickness of side material

Page 18: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

Pivot point

2

2

1

13

3

Drop down lines

Page 19: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

2

2

1

13

3

1

21

3

PP hasn’t moved

2

Page 20: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

2

2

1

13

3

1

21

3

PP hasn’t moved

2

Page 21: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

2

2

1

13

3

PP hasn’t moved

Page 22: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

2

2

1

3

true th

ickness of m

aterial

Page 23: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the

2

2

1

3

1

true th

ickness of m

aterial

Page 24: True face angle True Mitre angle FACE Hopper bevels are made up of Compound Mitres. These are angled on both the face and the edge of boards as in the