The tail connection has been slightly smoothed to improve fit
Less force is now required when attaching the tail to the body
Pegs
Peg strength has been improved
Additional infill has been added locally to peg areas using a Bambu Studio modifier
This reduces the risk of pegs breaking if removed from their sockets
2026-01-28 uploaded LARGE print profile
2026-02-01 uploaded SMALL print profile
joined beak, tongue and eyes to the head for single piece printing
attached tips to the talons for single piece printing
inflated thin parts of the head and the body to make them printable at small size
head and talons are available in AMS and single-color option
2026-08-02 updated MEDIUM and LARGE print profiles
Resculpted the head in Blender: strengthened all thin/weak areas for much better print reliability and durability
Updated supports (painted/tested on A1) and refreshed print profiles with the new head
Head should now print stronger, with less risk of breakage during printing or when removing supports.
New raw STL files uploaded too: strengthened head + body with improved tail joint (print profiles already include these updated meshes).
2026-02-19 Updated MEDIUM print profile
Support painted on peg areas of body and wings to prevent dipping issues right from the start of the print.
2026-02-20 Updated LARGE print profile
Set to true 100% uniform scale across all parts, much easier for custom scaling now. → Simply apply the same percentage to every part in Bambu Studio and double-check that all percentages match before slicing/printing.
Support painted on peg areas of body and wings to prevent dipping issues right from the start of the print.
2026-04-12 Updated LARGE print profile
Adjusted the orientation of plate 3’s right wing to fit within the 250mm height limit of Bambu printer’s default settings.
2026-04-25 Updated LARGE print profile
As requested, I’ve added talons with tips to make them compatible for printing with AMS.
2026-05-30 Updated MEDIUM print profile
As requested, I've added AMS options to replace certain parts if preferred or if there are issues with small part assembly or printing.
A powerful standing eagle sculpture designed for presence, balance, and clean printing. This model captures a forward-leaning predatory stance with partially raised wings and an open screaming beak, creating a dynamic silhouette without the need for a base or rock.
The eagle is engineered as a multipart model for easy printing and assembly without AMS. All major parts use tight snap-fit pegs with embedded text to guide correct orientation during assembly.
Feathers are sculpted as thick overlapping plates for strength and crisp detail. The stance is naturally balanced with weight centered over the talons, making it stable as a freestanding display piece.
Assembly
Clean supports carefully before assembly. Tree supports release most easily when cut between the branches, allowing them to snap away cleanly without stressing the surface.
Pegs are designed to snap securely
It's supposed to feel tight, but if too much force is required → trim peg domes slightly.
If loose, use a small amount of glue.
Embedded text inside parts helps identify correct orientation
Nails and pupils use Bambu Studio snap connectors and may feel loose. Glue is recommended for these parts (try without glue first).
The beak assembly was challenging to design and may require some adjustment during assembly
Insert the upper beak into the head first, then add the lower beak with the tongue
You may need to trim the inner corner slightly to close the gap
The lower beak is designed to press lightly against the upper beak to help close the gap, but a small amount of glue may be required for a clean fit
Assembly Troubleshooting & Tips
The parts are designed with a tight, secure fit so your model stays strong and stable once assembled. The pegs and sockets usually require a small amount of force to fully lock in; this is intentional for a reliable connection.
Common issues & quick fixes:
Parts don’t seem to click fully together
Clean all support remnants thoroughly from the pegs and inside the sockets.
Check for small blobs, strings or printing artifacts on the peg or in the hole (light scraping or sanding usually solves it).
While pushing, try a gentle back-and-forth rotation or slight twisting motion → this helps the parts align and slide in once everything lines up.
Connection feels too tight
Lightly sand or scrape the peg domes → only a very small amount is usually needed.
Connection feels too loose after cleaning
A tiny drop of glue in the joint will lock it permanently and securely.
Still not fitting smoothly? Upload close-up photos of the peg/socket area (or the problematic joint) in the comments → I’ll take a look and give specific advice. Your photos and feedback help improve future versions and profiles for everyone!
Happy assembling! 🦅🛠️
Print profiles
[MEDIUM] 0.16mm layer, 2-3 walls, 5-30% infill
100% scale
2-3 walls
5-30% infill
Large parts less, small parts and pegs more
Multipart - no AMS required
Print plates 1–7 for the multipart assembly
You can swap some parts with available AMS options from plates 8–11
AlphaSculpt
