Mirage 100100 - Sanding sponge set #320-3000 - 20 pieces

Mirage Hobby Sanding Sponge Set #320–#3000 – 20 sanding sponges for full surface preparation

The Mirage 100100 set includes 20 sanding sponges from the Mirage Hobby Sanding Sponge series, covering the complete range of 10 grit levels from #320 to #3000. Each grit is supplied in two pieces, allowing for systematic, step-by-step and precise surface preparation of plastic and resin models – from initial sanding to final smoothing and polishing preparation.

• Grits included:
  • #320 (light green) – 2 pieces
  • #400 (green) – 2 pieces
  • #600 (blue) – 2 pieces
  • #800 (dark blue) – 2 pieces
  • #1000 (yellow) – 2 pieces
  • #1200 (orange) – 2 pieces
  • #1500 (red) – 2 pieces
  • #2000 (purple) – 2 pieces
  • #2500 (grey) – 2 pieces
  • #3000 (brown) – 2 pieces
• Total: 20 sanding sponges
• Dimensions (each sponge): 75 mm × 20 mm × 5 mm
• Manufacturer: Mirage Hobby
• Series: Sanding Sponge

Application and features

The wide grit range allows you to perform the entire surface preparation process – from removing pronounced mould lines and larger imperfections, through levelling and smoothing, to final preparation before painting, varnishing, or polishing.

The flexible construction enables the sponge to conform to flat, curved, and hard-to-reach areas. They can be used both dry and wet – wet sanding reduces dust and provides better control over the finishing result. The sponges can also be easily trimmed with scissors to suit specific tasks.

Mirage Hobby Sanding Sponge series

The series includes 10 grit levels from #320 to #3000, available individually or in dedicated sets. This makes it easy to select the appropriate grit for every stage of modelling work, regardless of project complexity.

About Mirage Hobby

Mirage Hobby is a manufacturer of plastic model kits and modelling accessories, offering practical tools designed to support precise finishing work. The Sanding Sponge series is developed for modellers who value efficiency, control, and high-quality surface results.