RAW3D

RAW3D PLA Aero 3D Printer Filament 1.75mm 1kg - Black

$28.99 AUD
Regular price
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RAW3D PLA Aero 3D Printer Filament 1.75mm 1kg - Black
RAW3D Warehouse

Pickup available, usually ready in 1 hour

4/86 Forsyth Street
O'Connor WA 6163
Australia

0474323112

Go Lighter Without Giving Up PLA Simplicity

  • Up to 50% lighter than standard PLA
  • Ideal for lightweight RC aircraft and model parts
  • Expands during printing to reduce finished print weight
  • Designed for easy printing with PLA-like settings


When every gram matters, PLA Aero makes lightweight printing easier. 

Hex Code: #101200

Key Features
  • Up to 50% lighter: Expansion during printing significantly reduces finished part weight
  • Lightweight yet functional: Maintains useful mechanical properties while reducing mass
  • Reduced filament consumption: Expansion can help create lighter parts using less material
  • PLA simplicity: Designed for easy printing without specialised equipment
  • Dependable quality: Good layer adhesion and low warping and cracking
  • Perfect for weight-sensitive projects: Particularly suited to aircraft, models and lightweight components
  • Freshly sealed for quality: Vacuum-packed with desiccant to protect filament performance.
  • Fast Aussie dispatch: Packed and sent from our WA warehouse.
Practical Applications
  • RC aircraft fuselages and wing components
  • Model aircraft and lightweight model parts
  • Drone components and frames
  • Lightweight prototypes
  • Architectural models
  • Large cosplay props and costume accessories
  • Model boats and other lightweight structures
Storage Recommendations

Store RAW3D PLA Aero filament in a cool, dry environment at room temperature (up to ~40°C) with humidity below 20%. Keep spools sealed with desiccant when not in use, and dry the filament before printing if exposed to air for extended periods. Avoid heat, dust, and direct sunlight to prevent degradation.

Technical Specifications
  • Material: PLA Aero
  • Filament diameter: 1.75mm (±0.02mm)
  • Net weight: 1 kg
  • Nozzle temperature: 190-270°C
  • Bed temperature: 45-60°C
  • Printing Speed: 60-200mm/s

👉 Full mechanical, thermal, and physical specifications available soon.

RAW3D PLA Aero 3D Printer Filament 1.75mm 1kg - Black
$28.99 AUD
Regular price
Unit price
per

RAW3D PLA Aero 3D Printer Filament 1.75mm 1kg - Black

W h y   C h o o s e   R A W 3 D   P L A   A e r o ?

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Up to half the weight without compromising strength

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Simple, reliable PLA printing for lightweight projects

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Fast local dispatch from an Aussie small business

Image
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01

Up to half the weight without compromising strength

Image
Image
02

Simple, reliable PLA printing for lightweight projects

Image
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03

Fast local dispatch from an Aussie small business

Recommended Print Settings

Filament Type

P L A   A e r o

Filament Diameter

1 . 7 5 m m

  • Nozzle Temp
  • Print Speed
  • Bed Temp
  • Cooling Fan
  • Retraction
  • Enclosure
  • Hardened Nozzle
  • Drying
  • 190-270°C
  • 60-200mm/s
  • 45-60°C
  • 50-80%
  • 1-2mm @
    30-50mm/s
  • Optional
  • Optional
  • ~6 hours @ 55°C
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Frequently Asked
Questions

How does PLA Aero make prints lighter?

PLA Aero is a special foamed PLA filament that expands during printing. This expansion reduces the density of the finished print, allowing parts to be up to 50% lighter than those made with standard PLA.

Is PLA Aero difficult to print?

PLA Aero is designed to be easy to print similair to regular PLA. However, due to the special foamed formulation, you may need to fine-tune your settings to get the best results for your particular printer and model.

What is PLA Aero best used for?

PLA Aero is ideal for projects where reducing weight is important. Some examples include fuselages, wing pieces and other RC aircraft components. It's also useful for large props and models where keeping the finished piece lightweight is beneficial.

Does lighter mean weaker?

PLA Aero is designed to produce lightweight parts while maintaining useful mechanical properties. However, the final strength of a printed part depends on factors such as its design, print settings, wall thickness and infill, so it is best suited to applications where weight reduction is a priority.

R e c e n t l y   v i e w e d

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