Published: 2024 | Last updated: June 2026
Introduction
The Cutting Edge HG Solid is a non-expanding solid copper penetrator for handgun hunting of large and dangerous game, positioned as the maximum-penetration complement to the Cutting Edge HG Raptor covered elsewhere in this site’s Cutting Edge series. Where the HG Raptor uses a 6-blade fragmenting design to create wound channel width at handgun velocities, the HG Solid uses a flat-nose non-expanding profile to maximize straight-line penetration depth – achieving 40+ inches in ballistic gel, the deepest penetration figure documented in this site’s handgun bullet coverage.
“HG” in the Cutting Edge product name designates Handgun, consistent with the HG Raptor’s designation. The caliber range (.357 to .500 inches) and velocity range (800-1,500 fps) confirm the handgun application. These are not rifle bullets; the HG Solid is designed for revolvers and semi-automatic pistols in the large-bore handgun hunting calibers.
The HG Solid’s design philosophy is the solid copper evolution of the classic hardcast lead Keith-style flat-nose bullet that handgun hunters have used for decades on bears, boars, and other dangerous game. For context on where the HG Solid fits within the full Cutting Edge lineup, the Cutting Edge ER Raptor, ESP Raptor, FB Raptor, and CURX are rifle bullets operating at 2,200-3,500 fps; the HG Solid and HG Raptor are the handgun products in the same lineup operating at 800-1,500 fps. The advantages of solid copper over hardcast lead are: copper cannot plastically deform under heavy bone impact (hardcast lead can mushroom slightly on major bone, narrowing the wound channel and reducing effective penetration depth); copper is lead-free for California and other restricted jurisdictions; and Cutting Edge’s machining process produces more consistent dimensional tolerances than casting.
The 13-degree nose profile specified in the original article is a specific geometric choice for the flat-nose meplat angle. A shallower angle (more pointed) reduces drag and improves BC but narrows the permanent wound channel; a steeper angle (wider flat) increases wound channel width but reduces BC and penetration efficiency. The 13-degree angle represents Cutting Edge’s optimization point for this product, balancing wound channel width against penetration depth within the 800-1,500 fps handgun velocity envelope.
The HG Solid achieves 40+ inches in ballistic gel, compared to the Lehigh Defense Wide Flat Nose’s 30-40 inches and the Lehigh Xtreme Penetrator’s 18-24 inches. The additional penetration depth of the HG Solid over the WFN likely reflects the HG Solid’s geometry being optimized specifically for maximum forward penetration without the WFN’s wider meplat creating additional drag. For hunting applications where 30 inches of penetration is more than adequate (essentially all North American game), the difference between 30-40 and 40+ inches is not practically meaningful. For specific scenarios involving the heaviest bone angles on very large bears at close range, the extra penetration margin may be relevant.
Critical reloading correction: The original article states “begin 5-10% below manual loads for comparable jacketed bullets.” This is wrong. Solid copper generates higher bore friction than jacketed lead-core, producing higher peak pressures at the same charge weight. The correct protocol is 10% below Cutting Edge’s own published minimum for the HG Solid at your specific weight and caliber. Never use jacketed lead-core data as a reference for solid copper.
The comparison bullets (Lehigh Match Solid, Lehigh Controlled Fracturing) are solid copper products in similar handgun calibers, making them appropriate comparisons unlike the rifle bullet comparisons that appeared in some other articles in this series.
Disclaimer: Reloading is an inherently dangerous activity. Always consult current published load data from Cutting Edge Bullets or other reputable sources before loading any cartridge. Solid copper bullets generate higher pressures than jacketed lead-core bullets at the same charge weight – always start 10% below Cutting Edge-published minimums specific to the HG Solid. The original article’s instruction to “begin 5-10% below manual loads for comparable jacketed bullets” is incorrect; use solid-copper-specific data and begin 10% below the published minimum. The information on this page is for educational reference only and does not replace a current reloading manual.
Technical Characteristics
13-degree flat-nose profile: The HG Solid’s nose is a flat meplat with a 13-degree profile angle from the bullet’s axis to the meplat edge. This is a more pointed angle than a blunt truncated cone but wider than a standard hunting bullet’s ogive, placed to maximize forward penetration while maintaining a usefully wide permanent wound channel from the flat meplat’s contact area. The specific 13-degree figure is a Cutting Edge engineering specification rather than an industry standard; verify the current specification at cuttingedgebullets.com.
To put the 13-degree angle in context: a perfectly flat meplat (90 degrees from the bore axis) produces maximum wound channel width per bullet diameter but maximum drag and poorest penetration efficiency. A fully pointed nose (0 degrees) produces minimum drag and maximum penetration efficiency but essentially no initial wound channel contribution beyond the bullet’s bore diameter. The 13-degree angle sits far toward the penetrator end of this spectrum – it is a relatively acute meplat angle that prioritizes penetration depth, producing a permanent wound channel somewhat wider than the bullet’s nominal bore diameter without the major drag penalty of a blunt flat-nose design like the Lehigh WFN.
40+ inch ballistic gel penetration: The deepest penetration figure in this site’s handgun bullet coverage. For context: the Lehigh WFN achieves 30-40 inches; the Lehigh Xtreme Penetrator achieves 18-24 inches; the Sierra V-Crown JHP achieves 12-18 inches per FBI protocol. The HG Solid’s 40+ inches places it firmly in the solid penetrator category rather than the defensive handgun category – this is specifically a bullet for situations where extreme penetration depth through heavy bone and tissue is required.
SealTite Bands: Cutting Edge’s proprietary groove bands reduce bore contact area, lowering friction and managing the pressure differential inherent in solid copper designs. As with all solid copper designs, use Cutting Edge-specific load data and begin 10% below the published minimum.
Non-expanding, 100% weight retention: The HG Solid does not expand and does not fragment. The full bullet weight penetrates to the documented depth. This is the same fundamental design approach as the Lehigh Xtreme Penetrator and Lehigh Defense Wide Flat Nose – maximum penetration without expansion.
Lead-free: Compliant with California condor zone hunting regulations and all lead-restricted areas.
800-1,500 fps effective velocity range: Handgun velocity range, not rifle. The HG Solid is not a rifle bullet. For the 44 Magnum entry, typical hunting loads produce 1,200-1,400 fps from a 6-8 inch barrel; for 357 Magnum, 1,100-1,300 fps from a 4-6 inch barrel. Both are well within the 800-1,500 fps design range. The 9mm Luger and 357 Sig are further calibers in the .355-.357 bore range that fall below the HG Solid’s minimum practical hunting weight for large game. The big game hunting caliber guide provides broader context for choosing handgun hunting calibers.
Ballistics and Performance
The HG Solid table presents the most internally consistent BC and SD data encountered in this site’s Cutting Edge and Lehigh Defense series coverage: all five entries show meaningfully different BC and SD values, with no exact or near-exact matches of the kind flagged as probable copy-paste errors in earlier articles (Lehigh WFN, Xtreme Defense, Xtreme Penetrator). This is a positive data quality finding.
One item worth noting: the .400-inch 155-grain SD (0.138) is slightly lower than the .357-inch 125-grain SD (0.140). This is physically plausible – SD = weight in grains / (7000 × diameter²), so the larger bore penalizes sectional density for a given weight – but the difference is small enough to verify at cuttingedgebullets.com. More importantly, this table is notable for what it does not show: no identical BC/SD pairs of the kind flagged across multiple Lehigh Defense articles (Wide Flat Nose, Xtreme Defense, Xtreme Penetrator). All five entries in the HG Solid table have meaningfully different BC and SD values, suggesting independent calculation rather than column copy-paste. This is a positive data quality finding relative to some of the other non-expanding solid copper bullet tables in this series.
The 125-grain .357-inch at BC 0.130 and SD 0.140 covers 357 Magnum for medium game handgun hunting. At 125 grains in 357 Magnum from a 4-6 inch barrel, typical velocities of 1,250-1,450 fps place this well above the 800 fps minimum. At SD 0.140, penetration depth is adequate for deer and similar game but the HG Solid’s 40+ inch gel figure suggests this entry will also penetrate adequately on bear at unfavorable shot angles.
The 155-grain .400-inch at BC 0.140 and SD 0.138 covers 40 S&W and 10mm Auto. The 10mm Auto’s higher case capacity produces significantly higher velocities than .40 S&W at the same weight, making the same 155-grain HG Solid substantially more effective in 10mm for hunting applications. For hunting with .40 S&W, this is a compact carry caliber being used near the margins of its effective range; 10mm is the more practical hunting platform for this bullet weight.
The 240-grain .429-inch at BC 0.150 and SD 0.186 covers 44 Magnum at the standard handgun hunting weight for this caliber. The 240-grain in 44 Magnum from a 6-8 inch barrel produces 1,250-1,400 fps, well within the HG Solid’s velocity range. SD 0.186 provides adequate sectional density for large game penetration.
The 300-grain .451-inch at BC 0.160 and SD 0.211 covers 45 ACP and .45 Colt for large-bore handgun hunting. The SD 0.211 is the HG Solid’s strongest sectional density entry with a strong bore diameter multiplier, providing excellent penetration potential from the .45-caliber bore.
The 400-grain .500-inch at BC 0.180 and SD 0.228 covers .500 S&W Magnum for maximum dangerous game applications. At 400 grains in .500 S&W Magnum from a production revolver, typical velocities are 1,200-1,400 fps from an 8.375-inch barrel. The SD 0.228 combined with the 40+ inch gel penetration figure makes this the HG Solid’s most capable dangerous game entry.
Expert Ballistics Table – Cutting Edge HG Solid Variants
Data from Cutting Edge specifications. BCs are G1. Data quality is consistent across entries with no identical BC/SD pairs. Verify current figures at cuttingedgebullets.com.
| Diameter (inches) | Weight (grains) | BC (G1) | Sectional Density | Application |
|---|---|---|---|---|
| .357 | 125 | 0.130 | 0.140 | Medium game in 357 Magnum |
| .400 | 155 | 0.140 | 0.138 | Hunting in 40 S&W / 10mm |
| .429 | 240 | 0.150 | 0.186 | Large game in 44 Magnum |
| .451 | 300 | 0.160 | 0.211 | Dangerous game in 45 ACP / .45 Colt |
| .500 | 400 | 0.180 | 0.228 | .500 S&W Magnum dangerous game |
Comparison Bullets
The Lehigh Defense Match Solid is the most directly comparable product in this site’s Lehigh coverage – also a non-expanding solid copper penetrator for handgun hunting. The original article documents the HG Solid as penetrating 5-10% deeper in gel than the Match Solid, attributing this to the HG Solid’s nose geometry being optimized specifically for penetration depth over the Match Solid’s precision-accuracy nose profile.
The Lehigh Defense Wide Flat Nose achieves 30-40 inches in gel compared to the HG Solid’s 40+ inches, despite both being flat-nose non-expanding solid copper designs. The HG Solid’s 13-degree meplat angle is apparently more efficient for penetration than the WFN’s wider meplat.
The Lehigh Defense Controlled Fracturing represents the opposite terminal performance design from the HG Solid within the solid copper category – fragmenting vs non-expanding.
The Cutting Edge HG Raptor is the within-brand comparison – the HG Raptor’s 6-blade fragmenting design produces wound channel width at the cost of penetration depth, while the HG Solid’s non-expanding flat-nose maximizes penetration at the cost of wound channel width.
The Lehigh Xtreme Penetrator and Lehigh Xtreme Defense complete the comparison set as the fluted non-expanding alternatives.
Comparison Table – Non-Expanding Solid Copper Handgun Bullets
| Bullet | BC Range | Gel Penetration | Nose Design | Lead-Free |
|---|---|---|---|---|
| Cutting Edge HG Solid | 0.130-0.180 | 40+ inches | 13° flat-nose | Yes |
| Lehigh WFN | 0.150-0.300 | 30-40 inches | Wide flat meplat | Yes |
| Lehigh Match Solid | 0.120-0.190 | ~35 inches | Precision nose | Yes |
| Lehigh Xtreme Penetrator | 0.130-0.235 | 18-24 inches | Radial flute | Yes |
Applications and Practical Aspects
Medium game hunting (.357-inch, 125 grains): 357 Magnum for deer and bear at appropriate handgun hunting ranges. The 357 Magnum vs 38 Special comparison contextualizes the .357 Magnum’s place in the revolver caliber spectrum – the 38 Special below it lacks the velocity for the HG Solid’s 800 fps minimum from most loads. See best bullets for 357 Magnum reloads and best powders for 357 Magnum handloading. Alliant 2400, Hodgdon H110, and Winchester 296 are standard powder choices for heavy 357 Magnum handgun hunting loads.
10mm and .40 S&W hunting (.400-inch, 155 grains): 40 S&W for compact carry applications; 10mm Auto for hunting where the higher velocity is practically useful. See 40 S&W vs 9mm Luger comparison and best bullets for 40 S&W reloads. Alliant Power Pistol and Hodgdon Longshot are standard 10mm hunting powder choices.
44 Magnum large game (.429-inch, 240 grains): 44 Magnum for bear and large game at appropriate revolver hunting ranges. This is the HG Solid’s primary hunting application – the caliber most commonly associated with handgun dangerous game hunting in North America. See best bullets for 44 Magnum reloads, best powders for 44 Magnum handloading, 44 Magnum vs 45 Colt comparison, and 44 Special vs 44 Magnum comparison. Hodgdon H110, Winchester 296, and Alliant 2400 are standard 44 Magnum hunting load powders.
45 ACP and .45 Colt dangerous game (.451-inch, 300 grains): 45 ACP for semi-automatic pistol dangerous game use where this caliber is chambered; .45 Colt for single-action revolver hunting. See best bullets for 45 ACP reloads and best powders for 45 ACP handloading. The 45 ACP vs 45 GAP comparison provides caliber context. Alliant Unique and Hodgdon Longshot are documented 45 ACP hunting load powders.
500 S&W Magnum (.500-inch, 400 grains): Maximum penetration for the most powerful production revolver cartridge. 44 Magnum vs 45 Colt comparison provides context on the revolver hunting caliber spectrum below .500 S&W.
Reloading
Critical correction: The original article states “begin 5-10% below manual loads for comparable jacketed bullets.” This applies jacketed lead-core data to a solid copper design, which is incorrect. The correct protocol is 10% below Cutting Edge’s own published HG Solid minimum, using Cutting Edge-specific data from their website or blog.
Primers: CCI 300 and Federal 150 large pistol for 44 Magnum and 45 ACP; CCI 350 large pistol magnum for full-power 44 Magnum and .500 S&W Magnum hunting loads; small pistol primers (CCI 500) for 357 Magnum and 40 S&W.
Crimp: The original article specifically notes firm crimp over the SealTite band for revolver applications where bullet setback from cylinder rotation forces can occur. This is good practice; a firm crimp is essential for the HG Solid in revolvers.
Powder Selection by Application:
| Application | Caliber | Bullet Weight | Recommended Powders |
|---|---|---|---|
| Hunting | 357 Magnum | 125 gr | Alliant 2400, Hodgdon H110, Winchester 296, Alliant Herco, Alliant Blue Dot |
| Hunting | 44 Magnum | 240 gr | Hodgdon H110, Winchester 296, Alliant 2400, Alliant Power Pistol, Accurate No. 9, Accurate No. 7 |
| Hunting | 45 ACP | 300 gr | Alliant Unique, Hodgdon Longshot, Hodgdon Universal, Hodgdon HS-6, IMR 4227 |
Reloading Parameters Summary:
| Parameter | Guideline |
|---|---|
| Neck tension | 0.002-0.004 inch interference |
| Starting charge | 10% below HG Solid-specific Cutting Edge minimum |
| Crimp | Firm crimp over SealTite band (especially revolvers) |
| Minimum velocity | 800 fps for reliable consistent penetration |
Frequently Asked Questions
Q: How does the HG Solid differ from the HG Raptor within the Cutting Edge handgun lineup?
A: The HG Raptor and HG Solid represent opposite ends of the Cutting Edge handgun hunting philosophy. The HG Raptor uses a 6-blade fragmenting cavity to create lateral wound channel disruption – blade sections separate from the shank and radiate outward, maximizing wound channel width at the cost of penetration depth. The HG Solid uses a non-expanding 13-degree flat-nose profile to maximize straight-line penetration depth (40+ inches in gel) at the cost of wound channel width. For deer and medium game at typical handgun hunting distances where the animal will be recovered quickly, the HG Raptor’s wider wound channel may produce faster harvests. For large bears and other thick-skinned dangerous game where the bullet must penetrate through heavy shoulder bone from a non-ideal angle, the HG Solid’s 40+ inch penetration is the appropriate choice.
Q: The original article says to use “faster-burning powders than jacketed bullets.” Is this correct?
A: Partially, but it oversimplifies. The HG Solid’s primary reloading constraint is its solid copper construction, which requires using Cutting Edge-specific data rather than jacketed lead-core data. The powder burn rate selection for a given HG Solid weight and caliber follows the same logic as for any bullet of that weight and caliber – powder charge requirements are driven primarily by bullet weight, case volume, and desired velocity, not by bullet material. Faster-burning powders are appropriate for lighter bullets in smaller cases; slower-burning powders are appropriate for heavier bullets in larger cases. The solid copper aspect affects starting charge level (10% below minimum rather than substituting jacketed data directly), not the burn rate selection category.
Q: Is the 40+ inch penetration depth practically useful, or is it excessive for most hunting?
A: For most deer-sized game, 40+ inch penetration substantially exceeds what is needed – a broadside whitetail deer shot is 8-12 inches of tissue from entry to exit. The 40+ inch figure is specifically relevant for dangerous game scenarios: a charging brown bear presenting a frontal skull shot requires penetration through the skull, brain cavity, and potentially further through neck tissue; a heavily quartering elk shot through the shoulder requires penetration through the shoulder blade, shoulder muscle, and chest cavity to reach the vitals; a bison from any angle requires penetration through exceptional hide and muscle thickness. For these applications, the extra depth beyond the WFN’s 30-40 inches provides margin on the most demanding shot angles.
Q: How does the HG Solid compare to classic hardcast flat-nose bullets for bear defense?
A: Very similar terminal performance design philosophy – non-expanding flat-nose maximum penetration – with copper advantages. Both the HG Solid and hardcast Keith-style flat-nose bullets (typically 300-grain in 44 Magnum, BHN 22+) are designed for the same application: maximum penetration on dangerous game from any angle. The HG Solid’s advantages over hardcast are: copper cannot deform on heavy bone impact (some hardcast lead will show slight meplat deformation on major bone, reducing penetration efficiency on subsequent tissue); lead-free compliance; and Cutting Edge’s machined dimensional consistency versus casting variability. The tradeoff is cost – hardcast lead bullets are typically $0.15-0.30 per bullet versus the HG Solid’s $0.50-0.80.
Q: Is the HG Solid appropriate for hunting in California?
A: Yes. Solid copper, fully compliant with California condor zone lead-free hunting regulations.
Q: Can the HG Solid be used in a semi-automatic pistol?
A: Yes, with appropriate considerations. The original article notes that the streamlined profile and cannelure support reliable feeding in revolvers and semi-automatic pistols. For the 45 ACP entry, verify that the 300-grain bullet feeds reliably in your specific pistol’s magazine and ramp geometry before hunting use – a 300-grain bullet is at the heavy end of 45 ACP loadings and may not feed in all semi-automatic platforms. For the .40 S&W / 10mm entry, similar verification applies. Revolvers have no feeding concerns with these weights. The original article’s mention of “streamlined profile” is relevant here – the HG Solid’s 13-degree meplat angle is shallow enough to be relatively feed-ramp-friendly compared to a blunt flat-nose design, which is one advantage of its angle choice over wider meplat designs like the Lehigh WFN. Still, whenever a non-standard bullet weight or geometry is loaded for a semi-automatic, extensive function-testing with the full magazine before field use is the correct protocol.
Conclusion
The Cutting Edge HG Solid is the deepest-penetrating bullet in this site’s handgun coverage, achieving 40+ inches in ballistic gel from its non-expanding 13-degree flat-nose solid copper design. It occupies the same handgun dangerous game niche as the Lehigh Defense Wide Flat Nose, with an additional penetration margin that may be relevant on the largest North American dangerous game and the most demanding shot angles.
This site’s complete handgun bullet coverage now spans the full spectrum of terminal performance: from the Sierra V-Crown’s defensive JHP expansion at 800 fps, through the Cutting Edge HG Raptor’s 6-blade fragmentation, the Lehigh Xtreme Defense and Xtreme Penetrator’s fluted fluid displacement, the Lehigh Wide Flat Nose’s 30-40 inch flat-meplat penetration, and finally the HG Solid’s 40+ inch maximum-penetration terminus. The HG Solid is specifically the right choice when no other design in this spectrum will do – where 30-40 inch penetration is insufficient and 40+ inches may mean the difference between a lethal hit on a charging bear and a non-lethal one.
Choose the HG Solid if: maximum penetration depth in a handgun caliber is the primary requirement – brown or polar bear defense where skull penetration from a non-ideal angle is the critical scenario; you hunt with a revolver or pistol in calibers from 357 Magnum through .500 S&W Magnum and need solid non-expanding performance; or you need lead-free compliance for California or other restricted areas.
Choose the HG Raptor instead if: you hunt medium to large game at typical handgun hunting distances where wound channel width is as important as penetration depth. The HG Raptor’s 6-blade fragmenting design produces a wider wound channel than the HG Solid, potentially producing faster harvests on deer and similar game.
Choose an expanding bullet instead if: you hunt deer or similar game – Barnes TTSX, Federal Trophy Bonded, Sierra Sports Master, and Lehigh Defense Tipped Controlled Chaos are expanding premium alternatives for game that does not require extreme penetration depth.
Disclaimer: Reloading solid copper handgun bullets requires caution. Begin 10% below Cutting Edge’s own HG Solid-specific published minimum – do NOT use jacketed lead-core maximum loads as a starting reference. Lead-free; compliant with California and all lead-restricted areas. Always verify feeding reliability in your specific firearm before field use. Wear eye protection at all times. The author and myreloading.com are not responsible for injuries or property damage from reloading or shooting handloaded ammunition.
