Project planning guide
Before you build
Use the reference image and planning notes as a starting point. Confirm dimensions, loads, materials, local codes, and site conditions before purchasing or cutting.
- Type of Wood Joints
- 10 reference images
- Print-friendly guide
Tables combine rigid base joints with tabletop fasteners that must allow seasonal movement. These ten examples separate structural leg-and-rail joinery from the hardware and battens used to attach or stabilize a top.
Quick answer: This guide shows ten separate, labeled examples related to table joints. Study the mating faces, shoulders, grooves, fasteners, and direction of assembly before choosing a joint for a real project.
10 examples in this guide
- Apron-to-Leg Mortise-and-Tenon
- Loose-Tenon Table Apron
- Doweled Table Apron
- Corner-Block Table Joint
- Wooden Tabletop Button
- Figure-Eight Tabletop Fastener
- Breadboard-End Table Joint
- Trestle Tusk-Tenon Joint
- Sliding-Dovetail Table Batten
- Pedestal Bridle Joint
1. Apron-to-Leg Mortise-and-Tenon

What to notice: A shouldered apron tenon creates a rigid table-base corner.
Typical uses: dining tables, desks, side tables.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
2. Loose-Tenon Table Apron

What to notice: A loose tenon offers repeatable alignment without cutting the tenon from the apron.
Typical uses: modern table bases.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
3. Doweled Table Apron

What to notice: Multiple aligned dowels can connect an apron where their spacing and depth are adequate.
Typical uses: small tables and production furniture.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
4. Corner-Block Table Joint

What to notice: A corner block braces the apron corner and can provide a mounting point for the top.
Typical uses: tables and desks.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
5. Wooden Tabletop Button

What to notice: A wooden button holds the top down while sliding in its groove as the top moves.
Typical uses: solid-wood tabletops.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
6. Figure-Eight Tabletop Fastener

What to notice: A pivoting figure-eight fastener accommodates seasonal movement.
Typical uses: solid-wood tables.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
7. Breadboard-End Table Joint

What to notice: Breadboard ends restrain cupping while elongated outer holes permit cross-grain movement.
Typical uses: dining and work tables.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
8. Trestle Tusk-Tenon Joint

What to notice: A tusk tenon creates a strong base that can be knocked down.
Typical uses: trestle tables and benches.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
9. Sliding-Dovetail Table Batten

What to notice: A sliding-dovetail batten helps keep a top flat while its fit must account for wood movement.
Typical uses: traditional tabletops.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
10. Pedestal Bridle Joint

What to notice: A broad bridle connection provides glue area at a pedestal-to-foot junction.
Typical uses: pedestal tables and stands.
Dry-fit check: Confirm that mating parts are complementary, shoulders close evenly, and the parts assemble in the intended direction without forcing.
Before you cut the joint
- Mark a reference face and edge on every workpiece.
- Make a full-size sample from scrap of the same species and thickness.
- Dry-fit before glue and inspect cheeks, shoulders, end grain, and movement clearance.
- Use guards, hold-downs, eye protection, dust control, and the tool manufacturer’s instructions.
- Use engineered drawings for load-bearing timber, roof, stair, deck, or structural connections.
Frequently asked questions
Can I copy dimensions from these photos?
No. The images explain orientation and connection type only. Size the joint from the real stock, load, species, and verified plan.
Why make a test joint?
A scrap test reveals cutter width, setup error, grain behavior, and fit before the final component is damaged.
Should a dry joint need heavy force?
No. It should close with controlled hand pressure or light tapping appropriate to the design. Excessive force can split cheeks, pins, tails, or shoulders.
More wood-joint guides
Browse the Type of Wood Joints hub, or continue with 10 Tongue-and-Groove Profiles and Project Uses, 10 Box Joint Variations and Project Uses, 10 Ways to Reinforce a Butt Joint.













