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ASICS GLIDERIDE MAX Running Shoe Review

Tested using Methodology v0.8
Reviewed Apr 02, 2025 at 10:11 am
ASICS GLIDERIDE MAX Picture
5.1
Marathon Racing
5.9
5K/10K Racing
2.6
Energy Return
7.7
Cushioning
7.8
Lateral Stability

The ASICS GLIDERIDE MAX is a cushioned daily trainer designed for maximum comfort during longer-distance efforts. With a very high stack and a moderately pronounced rocker for smoother transitions, it offers a good balance of cushioning and efficiency for its class. For added stability, it's also fitted with a 3/4 EVA plate in the mid and forefoot that's sandwiched between layers of FF BLAST MAX and FF BLAST PLUS ECO foams.

Our Verdict

5.1 Marathon Racing

The ASICS GLIDERIDE MAX is inadequate for marathon racing. It isn't ideal for faster efforts, with limited energy return and a heavier weight that can get cumbersome over the full distance of a marathon. However, its cushioned midsole and structural elements, like an EVA plate and pronounced rocker, make it a bit more dynamic than other shoes in its category.

Pros
  • Dual-layer midsole foam provides good cushioning.

  • Feels relatively stable.

Cons
  • Limited energy return.

  • Fairly heavy.

5.9 5K/10K Racing

The ASICS GLIDERIDE MAX is sub-par for 5K/10K racing. It's mainly designed for longer distances and slower paces, with a max-cushioned design and relatively heavy weight that makes it inefficient for racing. While its rockered geometry and firm forefoot make for smooth transitions, it lacks the energy return needed for up-tempo efforts.

Pros
  • 3/4-length EVA plate adds rigidity in the forefoot.

Cons
  • Limited energy return.

  • Fairly heavy.

2.6 Energy Return

The ASICS GLIDERIDE MAX delivers poor energy return. The energy loss in both the heel and forefoot makes it less suited to fast-paced runs.

Pros
Cons
  • Limited energy return.

7.7 Cushioning

The ASICS GLIDERIDE MAX is well-cushioned. It offers a good amount of protection underfoot, which is especially important for reducing fatigue at longer distances.

Pros
  • Dual-layer midsole foam provides good cushioning.

Cons
7.8 Lateral Stability

The ASICS GLIDERIDE MAX has good lateral stability. Its fully gusseted tongue and relatively wide outsole create a stable platform with good lockdown. The combination of different foams, with an EVA plate in between for a bit more rigidity, also makes for a relatively firm and controlled forefoot. That said, the heel is notably softer and, therefore, less stable, and the shoe's towering stack height gives a sensation of being lifted off the ground.

Pros
  • Wide outsole.

  • 3/4-length EVA plate adds rigidity in the forefoot.

  • Fully gusseted tongue for better lockdown.

Cons
  • Very high stack height.

  • Foam at the heel is quite soft.

  • 5.1 Marathon Racing
  • 5.9 5K/10K Racing

Performance Usages

  • 2.6 Energy Return
  • 7.7 Cushioning
  • 7.8 Lateral Stability

Changelog

  1. Updated Apr 02, 2025: Converted to Test Bench 0.8.
  2. Updated Apr 02, 2025: Review published.

Differences Between Sizes And Variants

We purchased and tested the ASICS GLIDERIDE MAX in men's US size 9 in the Birch/Black colorway. Here's the label for our pair. Depending on the region, the shoe also comes in a range of other colorways, including Black/Oatmeal, Soothing Sea/Wave Teal, and Digital Aqua/New Leaf, with additional colorways like Black/Pale Pink and Bold Magenta/Soothing Sea in women's sizing.

The shoe is available in standard and wide widths. The design section applies only to the exact model we tested, but we expect other size and gender variants to perform similarly.

Compared To Other Running Shoes

The ASICS GLIDERIDE MAX is a max-cushioned daily trainer built for long runs at casual paces. As a higher-stack revitalization of the previously discontinued ASICS GLIDERIDE series, the GLIDERIDE MAX occupies a liminal space in the ASICS lineup, with some high-tech features like a hybrid foam midsole, pronounced rocker, and 3/4 plastic plate that make it stand out as a daily trainer. However, it lacks the agility and versatility of models like the ASICS NOVABLAST 4 and ASICS SUPERBLAST 2 while also sitting at a higher price point than the mainstay ASICS GEL-NIMBUS 26, which offers a similarly cushioned ride. It's lighter than other premium, max-stack trainers like the HOKA Skyward X and the Brooks Glycerin Max, though its midsole doesn't have nearly as much bounce as the HOKA. Still, if you wanted to add a maximalist trainer with a smooth, well-cushioned ride to your rotation, you could do worse.

See our recommendations for the best running shoes we've tested for other options.

ASICS NOVABLAST 5

The ASICS NOVABLAST 5 is better overall than the ASICS GLIDERIDE MAX, but each shoe has its strong suit. The NOVABLAST 5 is better for picking up the pace, with significantly better energy return and a more lightweight design. The GLIDERIDE MAX, by contrast, is a much more stable shoe that's better suited for longer, easier miles.

ASICS SUPERBLAST 2

The ASICS SUPERBLAST 2 is better overall than the ASICS GLIDERIDE MAX, though it's also a more premium trainer. Its PEBA-based hybrid foam significantly improves its energy return while maintaining good cushioning for longer runs.

ASICS GEL-NIMBUS 26

The ASICS GLIDERIDE MAX is like a slightly more elevated (literally and figuratively) ASICS GEL-NIMBUS 26. While both are designed with high-stack, max comfort in mind, the GLIDERIDE MAX is a bit lighter and has some added features, like a rocker and a partial EVA plate, that give it a slightly smoother ride. It's also got a more premium foam which is softer in the heel.

ASICS NOVABLAST 4

The ASICS NOVABLAST 4 is a bit more versatile than the ASICS GLIDERIDE MAX. It's lighter and offers better energy return, making for a bouncier ride for tempo work and faster paces. However, the GLIDERIDE MAX is a better fit for longer distances, offering a more stable, cushioned ride.

Brooks Glycerin Max

The ASICS GLIDERIDE MAX and the Brooks Glycerin Max are both highly cushioned daily trainers that perform very similarly overall. They both provide sufficient cushioning and return similar energy, though the ASICS is a bit lighter and more stable.

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Test Results

perceptual testing image
Design
5.0
Design
Weight
Weight
283.6 g (10.00 oz)

The shoe is on the heavier side, especially compared to more agile trainers like the ASICS NOVABLAST 4, but it's far from the heaviest shoe in its class.

Design
Stack Heights
Heel Stack Height
44.8 mm
Forefoot Stack Height
35.1 mm
Heel-To-Toe Drop
9.7 mm
Advertised Heel-To-Toe Drop
6.0 mm
Design
External Shape
Outsole Heel Width
87 mm (3.4")
Outsole Arch Width
78 mm (3.1")
Outsole Forefoot Width
114 mm (4.5")
Design
Internal Shape
Internal Length
279 mm (11.0")
Internal Heel Width
62 mm (2.4")
Internal Forefoot Width
94 mm (3.7")

ASICS shoes tend to run a little longer than most other brands, and this one is no exception, so it's worth keeping in mind when choosing a size.

Design
Other Features
Tongue Gusset Type
Fully-gusseted
Plate
3/4-Length Plastic Plate

For added stability, the ASICS GLIDERIDE MAX includes an EVA plastic plate that sits between the white FF BLAST MAX foam and the green FF BLAST+ ECO foam on the bottom. However, it only covers about three-quarters of the shoe's length, mostly in the midfoot and forefoot.

Performance
1.8
Performance
Heel Energy Return
See details on graph tool
Heel Energy Return
73.0%

The heel doesn't return much energy, so the shoe doesn't feel as bouncy or responsive as more performance-oriented models.

2.9
Performance
Forefoot Energy Return
See details on graph tool
Forefoot Energy Return
74.4%

The forefoot returns more energy than the heel, giving you a bit more propulsion when toeing off, but it still lacks sufficient rebound for a responsive ride at faster paces.

7.8
Performance
Heel Cushioning
See details on graph tool
Energy Absorbed At 300N
1.23 J
Energy Absorbed At 600N
3.75 J
Energy Absorbed At 900N
6.89 J

Overall, the cushioning at the heel is good, especially at higher forces. It's well-suited for heel strikers who want a bit more protection underfoot for easy miles and longer distances.

7.6
Performance
Forefoot Cushioning
See details on graph tool
Energy Absorbed At 300N
0.98 J
Energy Absorbed At 600N
2.87 J
Energy Absorbed At 900N
5.02 J

The forefoot is also well-cushioned, though marginally less so than the heel. Although there's less compression in the forefoot, it still has good overall impact absorption.

5.8
Performance
Heel Firmness
See details on graph tool
Average Firmness 0 To 300N
35.1 N/mm
Average Firmness 300 To 600N
53.0 N/mm
Average Firmness 600 To 900N
71.8 N/mm

The foam in the heel is on the softer side. Heel strikers will find it less rigid, making it more forgiving when form deteriorates near the end of a long run.

8.4
Performance
Forefoot Firmness
See details on graph tool
Average Firmness 0 To 300N
42.9 N/mm
Average Firmness 300 To 600N
71.2 N/mm
Average Firmness 600 To 900N
105.3 N/mm

The shoe's forefoot is significantly firmer than the heel, providing a bit more stability when transitioning from heel to toe. The EVA plate adds some rigidity to the forefoot but not as much as carbon-plated racers like the Saucony Endorphin Pro 4.

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