Complete Woodworking Hand Tools: From Axe to Plane
Hand tools are the interface between human skill and raw material. This campaign covers tool types, sharpening, maintenance, and the techniques that make wood obey.
Chapter 1: Essential Woodworking Tools
Tool
Function
Priority
Difficulty to Use
Difficulty to Make
Axe (felling)
Fell trees, rough shaping
Critical
Moderate
High (forged head)
Hatchet
Light chopping, carving
High
Low
High
Drawknife
Shaping, bark removal
High
Low
Moderate
Saw (crosscut)
Cut across grain
Critical
Low
Very high
Saw (rip)
Cut along grain
High
Moderate
Very high
Chisel (set)
Joinery, carving, mortises
Critical
Moderate
Moderate
Mallet
Drive chisels, assemble joints
High
Very low
Very low (wood)
Hand plane
Smooth surfaces, thickness
High
Moderate-high
Moderate
Brace and bit
Drill holes
High
Low
Moderate
Marking gauge
Layout lines parallel to edge
Moderate
Very low
Very low
Square (try square)
Check and mark 90 degrees
High
Very low
Low
Spokeshave
Shape curves, round stock
Moderate
Moderate
Moderate
Froe
Split wood (shingles, staves)
Moderate
Low
Moderate
Adze
Shape concave surfaces, hew timber
Moderate
Moderate-high
High
Chapter 2: Axe Craft
Axe Type
Weight
Handle Length
Use
Technique
Felling axe
3-5 lbs
28-36 inches
Fell trees, buck logs
Full swing, alternating angles
Broad axe
4-7 lbs
18-24 inches (offset)
Hew flat surfaces
Short, controlled strokes
Hatchet
1-2 lbs
12-16 inches
Light work, carving
One-hand, controlled
Splitting maul
6-8 lbs
30-36 inches
Split firewood
Overhead, follow grain
Carving axe
1-2 lbs
14-18 inches
Fine shaping
Short, precise strokes
Axe sharpening: 1) Examine edge: nicks, rolls, or dull spots. 2) File: use bastard file, push strokes only (file into the edge, not away). 3) Maintain original bevel angle (25-30 degrees for felling, 35-40 for splitting). 4) File both sides equally (count strokes). 5) Whetstone: follow with medium stone (circular motions on bevel). 6) Finish with fine stone or strop. 7) Test: should shave arm hair or slice paper. 8) A sharp axe is safer than a dull one (dull axes bounce and glance).
Chapter 3: Chisel Work
Chisel Type
Width
Use
Bevel Angle
Technique
Firmer chisel
1/4-1 inch
General purpose
25-30°
Mallet or hand pressure
Mortise chisel
1/4-1/2 inch
Cut mortises (deep holes)
30-35°
Heavy mallet work
Paring chisel
1/2-1.5 inch
Trim, fit joints
15-20°
Hand pressure only
Gouge
Various
Concave cuts, carving
25-30°
Mallet or hand
Skew chisel
Various
Angled cuts, corners
25-30°
Hand pressure
Mortise cutting: 1) Mark mortise outline on wood (marking gauge + square). 2) Select mortise chisel (width matches mortise width). 3) Start in center of mortise (not at the ends). 4) Place chisel bevel-side toward center, strike with mallet. 5) Move chisel 1/8 inch, strike again (working toward one end). 6) Lever out waste chips. 7) Work from center to other end. 8) Repeat, going deeper each pass. 9) Clean ends last (precise, square cuts). 10) Check depth with ruler or matching tenon. 11) Pare walls smooth with paring chisel.
Chapter 4: Hand Planes
Plane Type
Length
Use
When to Use
Technique
Block plane
6-7 inches
End grain, chamfers, small work
Trimming, fitting
One hand, low angle
Smoothing plane
8-10 inches
Final smooth surface
After jointing/thicknessing
Light cuts, with grain
Jack plane
14-15 inches
Rough flattening, dimensioning
First plane on rough wood
Medium cuts
Jointer plane
22-24 inches
Flatten long boards, joint edges
Making edges straight
Long, overlapping strokes
Scrub plane
9-10 inches
Rapid wood removal
Rough stock, heavy removal
Diagonal or across grain
Plane setup: 1) Sharpen iron (blade) to mirror polish on bevel and back. 2) Set iron in plane body (bevel down for bench planes). 3) Advance iron until it barely protrudes below sole. 4) Sight down sole: iron should appear as thin, even line. 5) Adjust lateral lever: iron must be parallel to sole (even shaving). 6) Test cut: should produce thin, continuous shaving (not dust, not chunks). 7) Adjust depth: deeper for rough work, shallower for finish. 8) Wax sole periodically (reduces friction).
Chapter 5: Joinery
Joint
Strength
Difficulty
Tools Needed
Use
Butt joint
Low (needs fasteners)
Very low
Saw
Simple boxes, rough work
Dado/housing
Moderate
Low
Saw, chisel
Shelves, dividers
Mortise and tenon
Very high
Moderate-high
Chisel, saw, mallet
Frames, furniture, timber
Dovetail
Very high (mechanical lock)
High
Saw, chisel
Drawers, boxes, casework
Lap joint
Moderate
Low
Saw, chisel
Frames, simple joints
Tongue and groove
Moderate
Moderate
Plane (special), saw
Flooring, paneling
Bridle joint
High
Moderate
Saw, chisel
Frames, gates
Finger joint (box joint)
High
Moderate
Saw, chisel
Boxes, corners
Reference Card
Sharp tools are safe tools (dull tools require force, slip, and cause injuries; sharp tools cut where you aim). 2. Let the tool do the work (proper technique uses tool weight and geometry, not brute force). 3. Work with the grain (cutting with grain is smooth; against grain tears and chips; read the grain first). 4. Measure twice, cut once (layout accuracy determines joint quality; rushing layout wastes wood). 5. Flat reference surfaces first (flatten one face, then one edge; everything else references from these). 6. Mortise and tenon is king (the strongest traditional joint; learn it well and you can build anything). 7. Sharpen often (a few strokes on the stone every 15 minutes beats a major resharpening session). 8. Wood moves (wood expands and contracts with humidity; design joints that accommodate movement).
