2022 Puzzle Design Competition

Entries

The Design Competition Guide (same content: photos, instructions, and notes) is available here.

The following is a summary of the 66 entries in the 2022 competition (click on images for larger photos).

All designs are copyrighted and are the intellectual property of the designer. All rights are reserved.

Abraham's Well

Designer: Brian Young
Goal: Find the uniquely Australian token hidden inside the puzzle. There are many intermediate challenges to solve as you progress through each level to get to the final goal.

Materials: Wood with metal and magnets
Classification: 2.1 Trick or Secret Opening

Notes: No bashing/tapping, no external tools, and no brute strength are needed. There’s a tool for every step of the puzzle, you just have to find them and then work out how to use them.

Purchase: Visit Mr Puzzle Australia

Abraham's Well

Akadia

Designer: Vinco Obsivac
Goal: Make a cube and other possible shapes.

Materials: Wood
Classification: Put-together

Purchase: Visit VIN&CO

Akadia

Angry Walter

Designer: Dee Dixon
Goal: Find and remove Angry Walter's green power cell.

Materials: Wood, various metals
Classification: Sequential Discovery

Purchase: Visit DEDwood Crafts; sign up for newsletter for future releases

Angry Walter

ArchiPuzzle

Designer: Lucie Pauwels
Goal: Connect each piece to two other pieces.

Materials: Beechwood
Classification: 3D Assembly

ArchiPuzzle

Bananas

Designer: Jon Keegan
Goal:

  • Release your tool(s)
  • Move vault bars to unlock cage
  • Introduce yourself to Bananas
  • Befriend Bananas by treating him to a healthy snack

Materials: Aluminum, brass, stainless, springs, magnets
Classification: Slocum 2.1

Bananas

BBAM

Designer: Kelly Snache
Goal: Open the lid in seven moves.

Materials: Upcycled cigar box, exotic woods
Classification: Trick-opening Box

BBAM

Burr Bank

Designer: Andrew Crowell
Goal: Open the bank and find the gold.

Materials: PLA plastic, magnets
Classification: Hybrid Burr/Sequential Discovery

Purchase: Visit ARC Puzzles

Burr Bank

Chunky-Octs

Designer: Rodolfo Kurchan/Kate Jones
Goal: Assemble the 20 pieces into a great variety of different shapes and designs; three challenges given:

  • Fill the tray.
  • Fill the tray so that pieces of one or two of the same color are connected. (Connecting all three colors is impossible.)
  • Divide the pieces into ten pairs to simultaneously form 10 symmetric shapes.

Materials: Laser-cut acrylic
Classification: Put-together dissection, polyform set

Notes: The 20 tiles are a tiny subset of the 369 Octominoes, being all the pieces containing a 2x3 rectangle. The three colors of the set denote 3 groups: symmetrical, those with two single squares attached, and those with a domino attached.

Purchase: Contact the designer by or visit gamepuzzles; $65 PayPal, major credit cards, check; produced on demand

Chunky-Octs

Clutch 1

Designer: Girish Sharma
Goal: Interlock the three pieces into a 4x4x4 space.

Materials: Wood
Classification: Interlocking 3D assembly

Notes: Rotations are allowed and needed; no undue force required.

Purchase: Visit WoodWonders; available in the near future

Clutch 1

Cube Snake Boogie

Designer: Eric Harshbarger
Goal: Manipulate the linked cubes to form a larger 2×2×2 cube.

Materials: 3D printed PLA filament
Classification: FOL-HGOP

Notes: In all final configurations there should be a yellow, spherical hinge hidden in the center and one centered in each of the six faces of the large cube. How many different black/red patterns can you discover?

Cube Snake Boogie

Detour

Designer: Laszlo Molnar
Goal: Pack the four polyominoes into the tray so that the result is a sliding block puzzle. That goal of that puzzle is to slide the circular token from one marked (with a hole) corner to the other, such that the token avoids at least one of the other marked spaces.

Materials: Acrylic
Classification: Slocum 1.1 , 5.3

Detour

Diamond Vacancy

Designer: Albert Joe
Goal: Assemble the eight identical pieces into a cube-shape.

Materials: White ABS-like photopolymer resin
Classification: Slocum 3.2 - Interlocking Solid

Diamond Vacancy

DNA

Designer: Shih Yu Chung
Goal: Remove the wooden block from inside the frame.

Materials: Wood (Taiwan acacia, mahogany), metal and magnet
Classification: Trick-opening

Purchase: Contact the designer by . Price: US$ 50 (shipping not included) via PayPal; limited edition of 100

DNA

Domino 2

Designer: Yael Friedman
Goal: Connect all the pieces one after the other to create a solid ring.

Materials: Cast brass
Classification: Put-together

Domino 2

Double Drawers

Designer: Theo Geerinck and Symen Hovinga
Goal: Pack the four pieces in the box with the drawers closed.

Materials: PLA
Classification: 3D Assembly

Purchase: Visit No Problem Puzzle Shop; from $28 plus shipping 3D printed on demand.

Double Drawers

Earth and Sky

Designer: George Sicherman
Goal:

  • Cover the dark earth pieces with the bright sky pieces.
  • Fit all six pieces into the tray without overlapping.

Materials: Bocote and holly (pieces) cherry (tray)
Classification: Slocum 1.1, 2D Assembly

Purchase: Visit WoodWonders; sometimes available

Earth and Sky

Fermat

Designer: Dr. Volker Latussek
Goal: Pack three triangular prisms into the box.

Materials: Acacia and maple
Classification: 3D Packing

Fermat

Five Snakes

Designer: Ryan Plaisted
Goal: Fit the five snakes into the frame.

Materials: Stained wood and acrylic
Classification: 2D Assembly

Notes: The goal of the design was to create a more organize packing puzzle with as much empty space as possible, while still maintaining a unique solution.

Purchase: Visit Etsy-VexzlePuzzles

Five Snakes

Flip Top Box Modular Series

Designer: Jordi Gallen
Goal: Arrange the box into one of the four different color coded configurations, and then place all seven Soma pieces inside the box beneath the closed hinged lid(s).

Materials: PLA and magnets
Classification: 1.2 3D Assembly

Notes: Solution is given only for the yellow configuration.

Purchase: Contact the designer by . Price: 85€; printed on demand

Flip Top Box Modular Series

Fort Knox PRO

Designer: EscapeWelt
Goal: Solve multiple challenges to open the secret compartment.

Materials: Birch wood
Classification: Trick-opening

Purchase: Contact the designer by or visit EscapeWelt

Fort Knox PRO

Frankenstar

Designer: George Bell
Goal: Take it apart, put it back together.

Materials: PLA plastic
Classification: [3.2] Geometric objects / INT-POLY

Notes: Nine possible assemblies, all coordinate motion; one is symmetric

Purchase: Visit Etsy-PolyPuzzles

Frankenstar

Garage Box

Designer: Theo Geerinck and Symen Hovinga
Goal: Pack the four polycubes in the box and shut the lid.

Materials: PLA
Classification: 3D Assembly

Purchase: Visit No Problem Puzzle Shop; price: From $30 plus shipping, 3D printed on demand.

Garage Box

Golem Heart

Designer: Robert Yarger
Goal: Assemble pieces so that gemstone is fully encased in its stone cube to make the Golem's Heart.

Materials: Cast resin
Classification: Interlocking Solid

Purchase: Visit Stickman Puzzle Boxes

Golem Heart

Heinz

Designer: Dr. Volker Latussek
Goal: Pack the six blocks (two sizes) into the box with restricted opening.

Materials: Wenge, ash, sapele, acrylic
Classification: 3D Packing

Purchase: Visit Hendrik Haak's Puzzle-Shop

Heinz

Hidden Curry No. 90

Designer: Dr. Volker Latussek
Goal: Pack eight blocks into the restricted box.

Materials: Acacia, garapa
Classification: 3D Packing

Hidden Curry No. 90

House of the Dragon

Designer: EscapeWelt
Goal: Solve multiple challenges to open the secret compartment.

Materials: Birch wood
Classification: Puzzle box

Purchase: Contact the designer by or visit EscapeWelt

House of the Dragon

Hypno Balls

Designer: Diniar Namdarian
Goal: Take the puzzle complete apart. Then learn to solve it in 30 seconds.

Materials: 8 steel balls, PLA plastic
Classification: 2.1 Trick Opening

Hypno Balls

I-Ching Divination Puzzle

Designer: Junhui, Xie
Goal: Place the 16 pieces into the tray.

Materials: Fiberglass, copper clad, frosted acrylic, beechwood
Classification: 2-D assembly / JIG-LAYR

Notes: The edges of the pieces represent the full set of 64 I-Ching hexagrams.

Purchase: Contact the designer by . Tentative price $100-150

I-Ching Divination Puzzle

Inelegant Fake

Designer: Haym Hirsh
Goal: Assemble the pieces in the stand to form a cubic shape.

Materials: Shedua pieces, walnut and alder stand
Classification: 3D Assembly / ASS-CART

Purchase: Contact WoodWonders by .

Inelegant Fake

Insider

Designer: Alexander Magyarics
Goal: Place three pieces fully inside the box.

Materials: Zebrano and jatoba wood
Classification: 3D Assembly

Notes: One piece is captured inside the box and cannot be removed.

Purchase: Visit Pelikan Puzzles; (20 copies at the moment) 70€ + shipping

Insider

Karagiozis

Designer: Pantazis Houlis
Goal: Interlock the square and the Karagiozis man figure so that they look exactly like the picture he is holding.

Materials: Paper, plastic, metal connectors
Classification: Miscellaneous Disentanglement

Notes: Solve only by rotating parts (please, no bending)

Purchase: Contact the designer by or visit the Megisti Puzzle Museum (Kastellorizo island)

Karagiozis

Keep Safe

Designer: Simon Bexfield/James Dalgety
Goal: Find the king and his most valued treasure ("happiness").

Materials: ABS plastic
Classification: OPN-OTH

Purchase: Contact the designer by . Price £25+P&P

Keep Safe

Loki

Designer: Boaz Feldman
Goal: Open the lock. Then, lock it again.

Materials: Brass and stainless steel
Classification: OPN-LOCK

Purchase: Visit Puzzlocks

Loki

Luzon

Designer: Rex Rossano Perez
Goal: Find the blue six-pointed star.

Materials: Acrylic, screws, nuts and magnets
Classification: Sequential Discovery (Take Apart)

Purchase: Contact the designer by .

Luzon

Matisse

Designer: Lucie Pauwels
Goal: Place all the pieces in the frame.

Materials: Acrylic and Corian
Classification: 2D Assembly

Purchase: Visit NothingYet Designs

Matisse

Maze Pennyhedron

Designer: George Bell
Goal: Take it apart, put it back together.

Materials: PLA plastic, steel pins
Classification: 3D Assembly+Maze / INT-POLY+RTF-OTH

Purchase: Visit Etsy-PolyPuzzles

Maze Pennyhedron

Minima 12

Designer: Frederic Boucher
Goal: Pack the three pieces into the box so that no empty space is visible.

Materials: Wood (walnut, tamo)
Classification: 3D Assembly

Purchase: Contact the designer by . A small batch will be produced if there is sufficient demand.

Minima 12

Mittan

Designer: Junichi Yananose
Goal: Open the box, and put a bell on the cat.

Materials: Wood, metal
Classification: Sequential Discovery (2.1 Trick-opening)

Mittan

The Music Cube

Designer: Brian Kaplan
Goal: Solve the Rubik's Cube with colors replaced by small pitch pipes. When solved, each face consists of pipes that play the same note, different from the other five faces.

Materials: 3x3x3 Speed Cube, Acrylic, Pitch Pipes, Straws
Classification: 5.4 Rotating Pieces

Notes: The pipes are wrapped with removable colored tape so that you may check the accuracy of your solution, or solve in the traditional colored way. Sealed straws and alcohol swabs are provided so that the puzzle can be solved in a sanitary fashion.

Purchase: Contact the designer by to get on the waitlist to purchase; price TBD

The Music Cube

Naked Lock Puzzle

Designer: Doug Engel
Goal: Completely disassemble the lock.

Materials: Plastic
Classification: 3.6 Misc Interlocking Solid

Purchase: Contact the designer by or visit Etsy-Puzzleatomik

Naked Lock Puzzle

Nexus 16

Designer: Alexander Beresford
Goal: Assemble the pieces into a square.

Materials: Cherry wood
Classification: 2D Assembly Jigsaw

Notes: All 16 pieces are potential edge-pieces, and 10 potential corners.

Purchase: Visit Dual Brain Games

Nexus 16

Octahedron in a Cube

Designer: Kohno Ichiro
Goal: Put the octahedron inside the cube, so that correct magnetic polarity is maintained.

Materials: Maple, cherry and magnet
Classification: Put-Together

Purchase: Contact the designer by .

Octahedron in a Cube

12345

Designer: Tick WANG Shengyuan
Goal: Put the pieces into the tray with various constraints:

  • Pieces of the same color (except black) are connected
  • Pieces of the same color (except black) cannot touch each other
  • Each color forms a mirror symmetric (and possibly disjoint) shape, all with the same axis.

Materials: Acrylic
Classification: 2D Put-together

Purchase: Visit NothingYet Designs; US$35 per set.

12345

Os Sirius

Designer: Ilya (Os) Osipov
Goal: Arrange the segments so that the (2-colored) balls on each side show the same color.

Materials: Plastic
Classification: 5.4 Rotating Pieces

Purchase: Contact the designer by .

Os Sirius

Pair O' Dice

Designer: NothingYetDesigns
Goal: Find your lucky dice and the gold coin.

Materials: PLA, metal bits and magnets
Classification: Sequential Discovery (Take-Apart, Maze, etc)

Pair O' Dice

Pennytentiary

Designer: Eric Fuller
Goal: Remove the penny.

Materials: Birchwood and acrylic
Classification: Sequential Discovery (Take-Apart)

Pennytentiary

PKS-Hex Puzzle

Designer: Doug Engel
Goal: Make and untie various knots.

Materials: Plastic and string
Classification: 4.3 String, 5.4 Rotating

Notes: The ends of the strings are manipulated by rotating the six dials and also the top and bottom layers of the ring.

Purchase: Contact the designer by or visit Etsy-Puzzleatomik; Tentative price

PKS-Hex Puzzle

Push-Pull

Designer: Theo Geerinck and Symen Hovinga
Goal: Pack the five pieces in the box with the lids closed.

Materials: PLA
Classification: 3D Assembly

Purchase: Visit No Problem Puzzle Shop; price: From $30 plus shipping. 3D printed on demand.

Push-Pull

Ratchet

Designer: Aaron Wang、Heping Gao
Goal: Remove the rope from the metal frame.

Materials: Stainless steel
Classification: Disentanglement

Purchase: Contact the designer by . Price: $45

Ratchet

A Ring's Secret

Designer: Diniar Namdarian
Goal: Take all parts apart.

Materials: PLA plastic
Classification: 2.1 Trick Opening

A Ring's Secret

Ripple Box

Designer: Peter Canham
Goal: Open the box.

Materials: Bog oak, brass, birch, felt
Classification: OPN-BOX

Purchase: Visit Magic Box

Ripple Box

Sandwich

Designer: Lucie Pauwels
Goal: Assemble a three-layer sandwich (6x8 rectangle) with the cubes inside.

Materials: Wood
Classification: 3D Assembly

Sandwich

Sanib

Designer: Rex Rossano Perez
Goal: Exorcise the ghost!

Materials: Acrylic, screws, nuts and magnets
Classification: Sequential Discovery (Take-Apart)

Purchase: Contact the designer by .

Sanib

Shark Attack

Designer: Frederic Boucher
Goal: Pack six sharks and the unlucky swimmer into the tray.

Materials: Wood (padauk, canarywood, zebrawood, and wenge)
Classification: 2D Assembly

Purchase: Visit NothingYet Designs

Shark Attack

Shutout

Designer: Osanori Yamamoto
Goal: Build an apparent 3x3x3 block inside the box. (The opening of the box is completely filled and any empty space is hidden within the box.)

Materials: Wood and MDF
Classification: 3D Interlocking Sold

Shutout

Social Distancing

Designer: Carl Hoff
Goal: Nine pentominoes walk into a bar... You need to seat the nine pentominoes while following social distancing guidelines, no two may touch, not even at a corner. You must choose one pentomino to sit safely in the small 3x4 patio while the remaining eight are seated in the bar.

Materials: FDM printed ABS
Classification: 2D Assembly
Social Distancing

Spump

Designer: Cristian Poliziani
Goal: Find the hidden prize.

Materials: Wood
Classification: Take-Apart

Purchase: Contact the designer by .

Spump

Symmphony

Designer: Timothy Lo
Goal: Create a mirror symmetrical shape with the three pieces.

Materials: PLA
Classification: 2D Assembly

Symmphony

Synchronizer

Designer: Hiroshi Yamamoto
Goal: Arrange four pieces to make two identical shapes, including the position of the hole.

Materials: Acrylic
Classification: 2D Assembly

Synchronizer

Three Numbers

Designer: Alexander Magyarics
Goal: Use the six pieces to create three separated numbers (3,4 and 5) at the same time. Pieces can be flipped over and rotated; the resulting numbers in solution can be rotated but not flipped.

Materials: Black palm, Moluccan ironwood
Classification: 2D Assembly

Purchase: Visit WoodWonders

Three Numbers

Three Stage Rocket

Designer: Robrecht Louage
Goal: Go to level three!

Materials: Trespa, steel balls, magnet
Classification: Secret Opening Box

Purchase: Contact the designer by .

Three Stage Rocket

Triorchidism

Designer: William Ja
Goal: Remove the three balls from the box, then return them to their starting position.

Materials: Wood, glass, acrylic
Classification: Sequential Movement, Dexterity

Purchase: Contact the designer by . Cubicdissection wood version sold out; a few 3D printed copies will be available

Triorchidism

Triple Product

Designer: Takuro Kawasaki
Goal: Pack the three pieces fully into the box.

Materials: Wood, acrylic
Classification: Put-together

Triple Product

Triple Yolk

Designer: Lewis Evans
Goal: Find and retrieve the three brass yolks.

Materials: 3D-printed resin, brass
Classification: Sequential Discovery

Triple Yolk

Twinship

Designer: Takuro Kawasaki
Goal: Pack the two pieces fully into the box.

Materials: Wood, acrylic
Classification: Put-Together

Twinship

Uroborus

Designer: Girish Sharma
Goal: Interlock the three pieces into a 4x4x4 space.

Materials: Wood
Classification: 3D Interlocking

Notes: Rotations are allowed and needed; no undue force required.

Purchase: Visit WoodWonders; available in the near future

Uroborus

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