Modular Storage Box LIPO Battery 1S to 6S

Modular locker-style storage system for RC batteries, or drawer locker.

• 👇read carefully

  With this fully modular locker system, store your different types of RC batteries, whether large, wide, or small
  In the different locker types, create a storage tower with small drawers to organize and store your small tools, screws, or small accessories with modular drawers.

   

   

• 👇 Important points, tips, tricks, and materials 👇

   

  The model below was printed in PLA Tough+

  - PLA Tough+ offers better flex resistance and is also less brittle than Classic PLA.
  - Each part was printed on an A1 mini with a Smooth PEI plate,
  to give a neat and smooth appearance to the bottom of each platform

  - Each print plate has been renamed for better understanding, and the parts have also been renamed and colorized to better guide the user in identifying the parts.

   

  ⚠️The print profile is based on an A1 mini and a Smooth PEI plate. Remember to redefine your printer and your plate.
  ⚠️ A Smooth PEI plate is recommended for a smooth contact surface (works like a suction cup effect), printing the drawers on a Smooth PEI allows them to slide better.
  
  You will not need anything at all!

  
  - No tools
  - No supports.

  - No glue required.
   

• Parts list by Printable plates + Recommendations for one shelf :
  
  Plate - 1
  x1 : Locker (A) x2 compartments - 2s to 6s. - (Length : 173mm x width : 56.5mm x Height : 59mm).
  Prints needed 0 to 99 times.

  
  Plate - 2
  x1 : Drawer R For Lipo Locker - Locker (A).

  x1 : Drawer L For Lipo Locker - Locker (A).

  Prints needed 0 to 99 times.
  
  Plate - 3

  x1 : Lid - For locker (A)

  Prints needed 0 or the number of times Locker (A) is used in the highest position. (see manual below)

   

  Plate - 4
  x1 : Locker (A.2)  (For large drawer).
  Prints needed 0 to 99 times.

  
  Plate - 5
  x1 : Large drawer for locker (A.2).

  Prints needed 0 to 99 times.
  
  Plate - 6

  x1 : Lid - For locker (A.2)

  Prints needed 0 or the number of times Locker (A.2) is used in the highest position. (see manual below)

  
  Plate - 7
  x1 : Locker (B) x3 compartments - 2s to 3s, Large. - (Length : 160mm x width : 36.9mm x Height : 59mm).
  Prints needed 0 to 99 times.

  
  Plate - 8
  x1 : Lid - For locker (B).
  Prints needed 0 or the number of times Locker (B) is used in the highest position. (see manual below)

   

  Plate - 9
  x1 : Locker (C) x4 compartments - 2s to 3s, Standard. - (Length : 160mm x width : 27.2mm x Height : 59mm).
  Prints needed 0 to 99 times.

   

  Plate - 10
  x1 : Lid - For locker (C).
  Prints needed 0 or the number of times Locker (C) is used in the highest position. (see manual below)

   

  Plate - 11
  x1 : Locker (D) x4 - 1s to 3s, Mini. - (Length : 120mm x width : 27mm x Height : 59mm).
  Prints needed 0 to 99 times.

   

  Plate - 12
  x1 : Lid - For locker (D).
  Prints needed 0 or the number of times Locker (D) is used in the highest position. (see manual below)

   

  Plate - 13
  x6 : Assembly connectors.
  Prints needed at least 1 to 2 times.

   

• Assembly Guide : Also available in PDF format in French - German - Spanish - English.

Chapter 1 : Locker Presentation.
 

Locker A : 2s to 6s :

x2 compartments (Length : 173mm x width : 56.5mm x Height : 59mm).

With or without drawers R and L.

Locker A.2 :

x1 locker for large drawer.

Locker B : 2s to 3s, Large :

x3 compartments (Length : 160mm x width : 36.9mm x Height : 59mm).

Locker C : 2s to 3s, Standard :

x4 compartments (Length : 160mm x width : 27.2mm x Height : 59mm).

Locker C : 1s to 3s, Mini :

x4 compartments (Length : 120mm x width : 27mm x Height : 59mm).

Chapter 2 : Assembly.

Step 1 :

⚠️Assembly connectors are mandatory for the first row and optional for the last row, unless it exceeds more than 3 rows!

- Take the assembly connectors and slide them to the right or left of your first locker according to your choice.

- Slide this first locker into another locker and check that the assembly connectors are fully inserted, if not, this could interfere with the rest of the assembly!

Step 2 : optional.

⚠️If the first row consists of Locker (A) and you are going for a drawer configuration, it is necessary to insert the drawers before locking!

- Take the printed drawer, either the left, the right, or both, and insert them into the slot of Locker (A).

- Then follow step 3.

Step 3 :

⚠️Assembly connectors are mandatory for the first row and optional for the last row, unless it exceeds more than 3 rows!

- Take a box and proceed to lock by extending the notches, this may be a bit tight and it's intentional, to prevent the boxes from sliding too easily. Repeat the operation as many times as necessary.

- Once satisfied, print the lid corresponding to your last installed locker(s). Even if all lids are compatible for a neat aesthetic, it is highly recommended to use the lid corresponding to the locker.

- Multiple configurations await you, create the one that you dream of.

New from : 11/02/2026

- New modular locker (A.2) with large drawers.

👇

Presentation Short