3D Printed Riser Pads vs Store-Bought: Which Is Better?

What store-bought risers do well

Standard risers from skate brands (Independent, Thunder, generic) are injection-molded from high-density polyethylene (HDPE) or polypropylene. They're cheap ($3–$8 for a pair), immediately available at any skate shop, proven to work, and come in the standard sizes: 1/8″ (3mm), 1/4″ (6mm), and 1/2″ (10mm).

For the vast majority of skaters who need a standard height to clear a specific wheel size, a store-bought riser is the right answer. It takes 30 seconds to install, costs almost nothing, and will outlast several decks. There's no compelling reason to 3D print a flat riser in a standard height — the store-bought version does the job equally well at lower cost and effort.

Store-bought wedge risers (angled risers for trucks) are also available, but the options are limited: typically 5°, 8°, or 10°, usually in one or two heights, and not every combination of angle and height is available from a single brand. If you want 7° at 6mm height, you won't find it on a shelf.

Where 3D printed risers have a clear advantage

Custom wedge angles

This is the biggest reason to print. Surfskate and carving setups are highly sensitive to front and rear truck angles. A 5° difference in front truck angle changes how aggressively the board initiates a turn. Store-bought wedges come in limited increments. A 3D printed riser can be designed at any angle — 3°, 7°, 12°, or any value — and the front and rear trucks can be angled independently.

With RISER 3D, you design the wedge angles in the browser and export an STL sized to your exact truck bolt pattern. The result is a riser that fits your truck perfectly, at the angle you actually want — not the closest off-the-shelf approximation.

Cutout shapes and reduced weight

Store-bought risers are solid rectangles. A 3D printed riser can include cutouts — material removed from areas that don't contribute to structural load. A well-designed cutout riser can weigh 30–50% less than a solid riser of the same height while maintaining adequate strength. For a board where weight matters (lightweight street setup, competitive park skating), this adds up.

Beyond weight, cutout shapes are also just visually distinctive. A riser with a custom pattern visible between the truck and deck is an easy way to personalize a build without affecting performance.

Exact dimensions

Some truck models have slightly non-standard baseplates. If a standard riser doesn't quite fit the hole spacing, a 3D printed riser can be designed to the exact dimensions of your specific truck. This matters most for unconventional setups — surfskate trucks with wider spacing, vintage trucks with non-standard geometry, or DIY builds using industrial parts.

Material comparison

The material used for 3D printed risers matters a lot — far more than the printing itself. The wrong material choice is the primary reason some riders have had bad experiences with printed skate parts.

The short version: print in PETG. It's easy to print, tough, and doesn't become brittle in cold conditions. PLA is what most people print in by default — and it's not suitable for skateboard parts that see impact and temperature variation. See PETG vs PLA for Skateboard Parts for the detailed breakdown.

Print settings matter

A riser printed at 15% infill with 2 perimeters in PETG is weaker than a store-bought polypropylene riser. A riser printed at 40% infill with 4+ perimeters in PETG is stronger. The material grade of a 3D printed part is determined by settings, not just material. RISER 3D's recommended settings:

• Material: PETG
• Infill: 40% minimum (gyroid or honeycomb pattern)
• Perimeters/walls: 4 minimum
• Top/bottom layers: 5 minimum
• Layer height: 0.2mm (0.15mm for better detail)

At these settings, a 3D printed PETG riser will outlast the deck it's mounted to. See 3D Printing Riser Mistakes to Avoid for the most common settings errors.

Cost comparison

If you already own a printer, the filament cost of a pair of risers is negligible — under $1 in most cases. The design cost is also zero if you use RISER 3D's web tool. The real comparison is time: store-bought is faster if you need risers today; printed gives you more options but requires a print job.

Durability: honest assessment

Store-bought injection-molded risers are essentially indestructible under normal skateboarding use. They can crack under extreme hard landings or if a truck is massively over-torqued, but most riders never break one.

3D printed PETG risers at proper settings are comparably durable under normal use. The failure mode of PETG under impact is deformation (bending) rather than sudden brittle fracture, which is actually safer — a deformed riser gives you a warning before it fails completely, unlike a riser that shatters without warning.

The honest caveat: a poorly printed riser — wrong material, low infill, poor layer adhesion — can fail. If you're riding at a skatepark doing large drops or hard tricks, use store-bought risers or verify your printed risers with proper settings. For cruising, commuting, carving, and surfskate setups, properly printed PETG risers are more than adequate.

Which should you use?

Use store-bought risers when:

• You need a standard height (3mm, 6mm, 10mm) for wheel clearance
• You're doing heavy trick skating (drops, large ledge tricks) and want zero uncertainty about riser strength
• You don't have access to a 3D printer and don't want to wait for a print

Use 3D printed risers when:

• You want a custom wedge angle not available from store-bought options
• You want to combine wedge angle and riser height in a single piece
• You want a cutout design to reduce weight or customize the look
• You have an unusual truck baseplate that doesn't fit standard risers
• You want to iterate on your setup geometry quickly (print, test, adjust angle, reprint)

The two aren't mutually exclusive. Many riders use a standard store-bought riser on the rear truck and a printed wedge riser on the front truck — getting the front truck angle they want while keeping cost down.