Every axe, hatchet, and outdoor tool reviewed on Awesome Axes goes through a consistent testing protocol before we publish. This page documents exactly what we do so you can evaluate our reviews in context — and replicate the tests yourself if you want to verify our findings.
Who Does the Testing
All primary testing is conducted by Michael Culligan, the founder of Awesome Axes. Michael has been splitting wood, throwing axes, and collecting vintage pieces since childhood. He owns 3 acres of wooded property in Southeast Texas and works through multiple cords of firewood each season across species common to the region — oak, hickory, pecan, and cedar. When a review mentions how an axe handles gnarly pecan rounds or how quickly a blade dulls on green cedar, it’s drawn from direct experience.
Some reviews incorporate testing by Kendall Casey, our outdoor writer, who evaluates bushcraft tools, camp axes, and folding saws through field use on the trail and river.
How We Source Products
- Independent purchase (majority of reviews). We buy most tools at retail price — from Amazon, manufacturer websites, or local hardware stores — so we’re testing the same product you’d receive, not a hand-selected sample.
- Manufacturer samples (disclosed). Occasionally a manufacturer provides a review unit. When this happens, it’s stated clearly in the review introduction. Our scoring criteria and methodology don’t change based on how we received the product.
- Affiliate disclosure. Awesome Axes uses affiliate links, primarily through Amazon Associates. These links don’t change the price you pay and don’t influence our ratings. An axe that performs poorly gets a poor score regardless of commission rates.
Wood Species Used for Testing
We test each axe across a minimum of three species to capture performance at both ends of the hardness spectrum:
| Species | Janka Hardness | Why We Use It |
|---|---|---|
| Seasoned red oak | 1,290 lbf | The benchmark hardwood — consistent density, widely available, honest test of sustained edge retention |
| Seasoned hickory | 1,820 lbf | Denser and more demanding than oak — separates axes that hold an edge under load from those that don’t |
| Green cedar or pine | 350–900 lbf | Tests resin resistance and performance on wet, soft wood — critical for camping and bushcraft axes |
For firewood-specific reviews, we also test on species local to the article’s focus (mesquite for Texas readers, birch for northern readers, etc.).
Test Volume Per Axe
- Splitting axes and mauls: minimum 30 rounds split across at least two sessions. Rounds are 10–14 inches in diameter, mixing the three species above.
- Felling axes: minimum 10 trees or large limbs felled across two sessions, with diameter ranging 4–10 inches depending on axe size.
- Camp axes and hatchets: minimum 2 hours of active use per session across two sessions — kindling splitting, limb work, and batoning.
- Throwing axes: minimum 100 throws per axe, assessed across rotation consistency, blade retention on impact, and handle integrity.
Scoring Criteria
Each axe is scored on four criteria, each weighted equally (25% each) in the overall score:
1. Edge Retention (25%)
We test the axe fresh from the box (noting whether it’s shave-sharp, hair-popping sharp, or merely functional), then retest after each session using a consistent paper-cut sharpness test: the blade is drawn lightly across a sheet of printer paper at 45 degrees. A sharp edge cuts cleanly; a dull edge tears or skips. We note at what point the edge degrades from the starting standard and how many chops it took to get there.
2. Balance and Weight Distribution (25%)
We assess how the axe swings across three movement types: overhead splitting (two-handed), lateral brushing cuts (one-handed), and felling chops (two-handed, angled). We note whether the head feels ahead of or behind the hand at the point of impact, whether the handle vibration is absorbed or transmitted, and whether the weight feels appropriate for the work it’s designed to do.
3. Handle Durability (25%)
Hickory handles are inspected for raised grain, checking (surface cracking), and looseness at the eye after testing. Composite handles are flexed and inspected at the neck — the point of highest stress — for hairline cracking or delamination. We also note how the handle feels over a 2+ hour session: whether grip fatigue develops, whether the finish causes slipping when wet, and whether the swell at the base is appropriately sized for the hand.
4. Value for Money (25%)
An axe is evaluated against its peer group by price bracket — $0–$50, $51–$100, $101–$200, and $200+. A $40 hatchet is not compared to a Gransfors Bruk; it’s compared to other $40 hatchets. We ask: given what this axe costs, does it outperform, meet, or underperform what we’d expect? We factor in included accessories, warranty, and availability of replacement handles or parts.
What We Don’t Test
We don’t test in a laboratory. We don’t use Rockwell hardness testers on blade steel. We don’t measure swing arc geometry with sensors. What we produce is an experienced practitioner’s honest assessment under real working conditions — the same conditions you’ll face. If you want metallurgical analysis, there are forums dedicated to that. If you want to know which axe to buy for splitting a cord of firewood in the backyard or taking on a week-long canoe trip, that’s what we’re here for.
Questions about our methodology? Email Michael directly.