Davis D3O® Shear3 Umpire Mask Pad Cores

Davis D3O® Shear3 Umpire Mask Pad Cores

$69.99
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Davis D3O® Shear3 Umpire Mask Pad Cores
  • Davis D3O® Shear3 Umpire Mask Pad Cores
  • Davis D3O® Shear3 Umpire Mask Pad Cores
Davis D3O® Shear3 Umpire Mask Pad Cores

Davis D3O® Shear3 Umpire Mask Pad Cores
$69.99
PDS-C03

Not all mask pads manage impact the same way. And none of them let you replace what wears out without replacing what protects you. The Shear3 does both.

The First Modular Mask Pad System

D3O® Shear3 pad cores operate as a two-part system. These cores contain the protective technology: three engineered layers that manage impact. They insert into Davis Pad Socks (required, sold separately), which provide the exterior fabric interface and frame attachment. When your pad sock wears from seasons of use, replace it. Not the padding. Want to change colors? Swap socks. Want moisture-wicking performance for August or microfiber suede for early spring? Change materials in minutes. Same protection, different interface.

Three-Layer Progressive Deceleration

Most traditional dual-layer pads fail through material mismatch. Stiff foam does all the work until it bottoms out, then transfers remaining force directly to you. The abrupt transition creates a force spike.

The Shear3 succeeds through deliberate impedance matching across three distinct layers. D3O Aeromax at 220 kg/m³ meets the frame interface. D3O is rate-sensitive technology that stays flexible until impact. When you're hit, polymer chains lock together instantly, dispersing energy and beginning the deceleration sequence. Medium-high density VPU at 69.8 kg/m³ continues the timeline with controlled compression. Medium density VPU at 45 kg/m³ against your skin completes the progression. Each layer hands off force to the next without the spike that occurs when mismatched materials meet.

The most progressive deceleration in the Davis pad family. For umpires who want D3O's instant impact response paired with VPU's controlled compression. Requires ambient temperatures above 65°F where VPU layers perform optimally. For lighter weight, Tango2 pairs EVA with VPU. For softer face feel and all-season use, Cloud4 offers four-layer construction with a wider ambient temperature operating range.

A 1mm HDPE load distribution plate flexes under mask bar impact, transforming narrow 5-6mm pressure lines into broader compression zones. Force spreads before foam compresses.

Protection engineered as a system. Convenience built in from the start.

Best For: Umpires seeking the most protective pad core in ambient temperatures above 65°F. Similar face feel to Team Wendy pads.
Details
  • Required Component: Davis Pad Sock (sold separately)
  • Operating Range: Air temperature >65°F
  • Construction: 3-layer laminated foam pad with 1mm HDPE load distribution plate
  • Layer One: D3O Aeromax, 220 kg/m³
  • Layer Two: Medium-High Density VPU, 69.8 kg/m³
  • Layer Three: Medium Density VPU, 45 kg/m³
  • Load Distribution: Semi-flexible 1mm HDPE
  • Dimensions: Bottom pad 34mm, Top pad 30mm
  • Weight: 6.4 oz (0.40 lbs)
  • Core Wrapping: 100% tricot polyester
  • Pad Identifier: 02

Installation:

  1. Insert each pad core fully into its corresponding Davis Pad Sock. The core is clearly marked to indicate which side faces your skin.
  2. Zip the pad sock closed and secure the zipper handle.
  3. Attach pads to frame using the sock's velcro straps. Secure tightly.
Features
  • Frame Compatibility: Designed for the Davis Mirage 12 XCG. Also fits the Davis Trace and various traditional wire-weld frames. (pad sock required)
  • Purposeful Dimensions: 34mm bottom pad, 30mm top pad. Each layer contributes through its optimal compression range.
  • Warm-Weather Optimized: Performs best above 65°F where VPU compresses and recovers at designed rates. Built for summer ball.
Warranty

This product comes with a 6-month limited warranty covering manufacturing defects in workmanship and materials. This includes defects that may not be immediately apparent but become evident through normal use within the warranty period. Manufacturing defects are flaws in construction that cause premature failure during normal use, such as seams splitting, stitching unraveling, or materials failing without excessive stress.

This warranty applies to the original purchaser with proof of purchase. Davis products are designed for everyday performance, provided care instructions are followed carefully. If a manufacturing defect appears within the warranty period, Davis will repair or replace the product at our discretion. For minor defects (such as loose buttons or small repairs), Davis may choose to issue a store credit instead. Normal wear and tear, misuse, accidents, and alterations are not covered under this warranty.
Returns & Exchanges

Your happiness in our brand and Davis products is very important to us. We're confident you'll be satisfied with your Davis gear, but if it doesn't meet your expectations return any product within 90 days of purchase for a full refund if you're not completely satisfied. Like it but it isn't the right size? Exchange it for free.

Just as every game has its rules, our guarantee comes with certain conditions. See our returns and exchange policy for comprehensive details.
⚠️ Safety Information

Ambient Temperature Sensitive

This product uses viscoelastic foam technologies that are temperature sensitive. Below 65°F ambient temperature, these materials become increasingly rigid and lose their impact-absorbing properties. In this state, the progressive compression system cannot function as designed, potentially resulting in higher impact forces being transmitted through the padding. For your safety and optimal protection performance, do not uses the these pad cores when air temperatures drops below 60°F. For ambient temperatures below 65°F consider the Davis D3O® Cloud4 Umpire Mask Pad Cores.

Storage

For longest product life, do not store pad cores in freezing temperatures. For end of season or long-term storage, store cores at room temperature.

Replacement

Replace pad cores if the tricot polyester cover is worn through or damaged. For best performance, replace cores every 3-6 years depending on frequency of use, storage conditions, and impact exposure.

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