Published: 2024 | Last updated: June 2026
Introduction
Winchester introduced the Power-Point in 1922, making it one of the oldest continuously produced commercial hunting bullet designs on the market. The design predates bonded bullets by fifty years and polymer-tipped bullets by sixty years. It is a plain soft-point – an exposed lead tip in a copper cup jacket – and it performs the same terminal function today that it performed in 1922: the exposed lead deforms on impact, initiating expansion of the copper jacket to approximately 1.5 to 2 times the original diameter.
The Power-Point is Winchester’s counterpart to the Remington Core-Lokt and Federal Power-Shok in the budget conventional soft-point segment. All three use exposed-lead soft-point construction without bonding, polymer tips, or InterLock rings. All three are priced for hunters who want reliable deer performance at a cost that allows loading in quantity. The Power-Point competes on Winchester brand recognition and a century of documented use – the most significant selling point of any budget hunting bullet is that it has worked reliably for generations of hunters.
One important correction from the original article: it describes the Power-Point as having “mechanical bonding to prevent core-jacket separation” with “90-95% weight retention.” The Power-Point is a conventional cup-and-core soft-point with a pressure-fit between the lead core and copper jacket. There is no bonding – mechanical, chemical, or electrochemical. Weight retention under typical hunting conditions is 65-80%, consistent with other conventional soft-points of similar construction. This is completely adequate for deer hunting and many elk applications, but it is not in the same category as genuinely bonded designs like the Nosler AccuBond or Federal Trophy Bonded that achieve 90%+.
The current lineup available as handloading components covers .224-inch through .338-inch with five documented variants. Weights from 55 to 180 grains cover varmint through elk applications. BCs from 0.257 to 0.382 are honest for conventional soft-point construction.
Disclaimer: Reloading is an inherently dangerous activity. Always consult current published load data from reputable sources (Winchester, Hodgdon, Hornady, Lyman) before loading any cartridge. Start at minimum charges and work up carefully while watching for pressure signs. Never exceed maximum published loads. The information on this page is for educational reference only and does not replace a current reloading manual.
Technical Characteristics
Exposed soft-point tip: The lead tip is exposed above the jacket mouth. On impact, hydraulic pressure from tissue deforms the lead into the jacket opening, causing the jacket walls to fold outward in a mushroom pattern. Expansion is rapid and relatively aggressive – the Power-Point expands quickly on impact, which produces fast energy transfer and is appropriate for deer-sized game at hunting ranges. The same rapid expansion that works well on deer can produce over-expansion or jacket separation on very close shots at high velocity on heavy game.
Copper cup jacket (pressure-fit, not bonded): The jacket is formed by drawing copper from a cup shape over the lead core. The fit between core and jacket relies on the dimensional interference between the two components – there is no bonding agent. This is the standard cup-and-core construction used in virtually all conventional soft-point hunting bullets. Under normal deer hunting conditions, the jacket stays with most of the core. At very high impact velocities – close shots from magnum cartridges on heavy bone – the jacket may separate from the core, leaving the lead core behind and reducing effective penetration.
Thin-wall jacket at the nose: The jacket is deliberately thinned toward the nose to facilitate reliable expansion initiation. The thinner nose requires less hydraulic pressure to initiate expansion, which lowers the expansion threshold to approximately 1,800 fps – standard for conventional soft-points. This is an advantage for shots at longer ranges where velocity has diminished.
Cannelure: Present on most variants. Allows light roll-crimp for lever-action and semi-automatic platforms where bullet setback is a concern. Also marks the maximum seating depth reference.
Contoured boat-tail or flat-base depending on variant: The Power-Point lineup includes both boat-tail and flat-base profiles across different weights and diameters. Flat-base profiles produce slightly less BC but better accuracy in some barrels due to more stable launch. Verify the specific profile for each variant before load development.
Weight retention: 65-80% under typical hunting conditions. This is the honest figure for conventional cup-and-core construction without bonding or InterLock ring. Adequate for deer and most elk hunting applications at typical ranges. Not appropriate for hunters who specifically need 90%+ retention for dangerous game or close-range magnum shots on heavy bone.
Ballistics and Performance
G1 BCs from 0.257 to 0.382 reflect the modest aerodynamic performance expected from conventional soft-point construction without boat-tail in all variants. These are honest figures that position the Power-Point correctly in the mid-tier of hunting bullet aerodynamics.
The 180-grain .308-inch Power-Point at BC 0.382 and SD 0.271 is the most capable variant for large game. BC 0.382 is decent for a 180-grain .308-inch soft-point – the Remington Core-Lokt 180-grain .308-inch achieves comparable BC figures. SD 0.271 provides reliable elk-level penetration from 308 Winchester or 30-06 Springfield at hunting ranges. At close range from 300 Winchester Magnum on heavy bull elk, the cup-and-core construction may not retain the core-jacket combination through heavy shoulder bone – a bonded design is more reliable in that scenario.
The 100-grain .243-inch Power-Point at BC 0.356 and SD 0.242 is the deer and antelope weight for 243 Winchester. BC 0.356 is competitive for a conventional soft-point at this weight. SD 0.242 provides adequate deer penetration.
The 130-grain .277-inch Power-Point at BC 0.372 and SD 0.242 covers 270 Winchester deer and lighter elk. BC 0.372 is modest compared to polymer-tipped alternatives in this weight class – the Nosler Ballistic Tip 130-grain .277-inch achieves BC 0.433 – but the BC difference becomes meaningful primarily past 300 yards.
The 150-grain .308-inch at BC 0.294 and SD 0.226 is the standard deer weight for 308 Winchester. BC 0.294 is modest. For deer hunting inside 250 yards where the Power-Point’s rapid expansion produces fast kills, this is a completely practical load.
The 64-grain .224-inch at BC 0.257 and SD 0.182 covers 223 Remington applications for deer where the caliber is legal. SD 0.182 is marginal for deer but adequate for broadside shots on deer-sized animals.
Accuracy of 0.8-1.2 MOA is honest for a conventional soft-point in typical hunting rifles. This is adequate for ethical shots inside 300 yards.
Expert Ballistics Table – Winchester Power-Point Variants
Data from Winchester specifications. BCs are G1. Verify current figures at Winchester’s website. Note: BC and weight retention figures in the original article overstated this bullet’s performance – the Power-Point is a conventional cup-and-core soft-point with pressure-fit core, not a bonded design.
| Diameter (inches) | Weight (grains) | BC (G1) | Sectional Density | Application |
|---|---|---|---|---|
| .224 | 64 | 0.257 | 0.182 | Deer in 223 Remington where legal |
| .243 | 100 | 0.356 | 0.242 | Deer, antelope in 243 Winchester |
| .277 | 130 | 0.372 | 0.242 | Deer in 270 Winchester |
| .308 | 150 | 0.294 | 0.226 | Deer in 308 Winchester and 30-06 Springfield |
| .308 | 180 | 0.382 | 0.271 | Elk in 308 Winchester, 30-06 Springfield, 300 Winchester Magnum |
Comparison Bullets
The Power-Point competes directly with the Remington Core-Lokt and Federal Power-Shok in the conventional soft-point segment. All three are cup-and-core without bonding, priced for budget hunting loads, and produce comparable terminal results on deer at typical hunting ranges inside 300 yards. Choosing between them is primarily a matter of brand preference, what is available at your local store, and occasional barrel-specific accuracy differences.
The Remington Core-Lokt uses a tapered jacket that provides a mechanical interlock between the core and jacket, contributing slightly better core retention (65-80% Core-Lokt vs 65-80% Power-Point) under stress. Both designs produce similar terminal results on deer in practice. The Core-Lokt has been in continuous production since 1939 and has one of the most documented deer hunting records of any bullet – the Power-Point since 1922 with a similar legacy. For ballistics data on key deer cartridges, the 243 Winchester ballistics guide and the 30-06 Springfield ballistics guide are useful planning references alongside this bullet comparison.
The Federal Power-Shok is the Federal equivalent, priced similarly and using standard cup-and-core construction. BC figures vary between the three designs at comparable weights, but in the field the differences are rarely meaningful inside 300 yards on deer.
The Sierra Pro-Hunter uses flat-base soft-point construction with good accuracy reputation. Sierra’s manufacturing consistency is somewhat tighter than budget ammo-brand component bullets. For hunters who prioritize accuracy within the budget soft-point tier, the Pro-Hunter is worth comparing.
The Hornady InterLock adds the InterLock ring – a cannelure in the jacket that the lead core keys into, providing mechanical retention better than pure pressure-fit. The InterLock achieves 70-85% weight retention versus the Power-Point’s 65-80%, a modest but real advantage for elk and large game at difficult shot angles. For hunters using cartridges like 6.5 Creedmoor or 7mm-08 Remington where the Power-Point lineup doesn’t include those diameters, the InterLock covers them.
Above the budget tier, the Winchester Ballistic Silvertip and Winchester Deer Season XP are the within-brand upgrades offering polymer tips and better BCs. The 308 Winchester vs 30-06 Springfield comparison is useful for hunters deciding between those two cartridges when loading Power-Point bullets for deer and elk. For hunters using 7mm-08 Remington – a caliber the Power-Point doesn’t directly cover – the Sierra Pro-Hunter and Hornady InterLock cover that application.
Comparison Table – Budget Conventional Soft-Point Hunting Bullets
| Bullet | Diameter Range | Weight Range | BC Range | Core Retention | Relative Cost |
|---|---|---|---|---|---|
| Winchester Power-Point | .224-.338 | 55-180 gr | 0.251-0.438 | 65-80% (pressure fit) | Budget |
| Remington Core-Lokt | .224-.375 | 55-250 gr | 0.200-0.300 | 65-80% (tapered jacket) | Budget |
| Federal Power-Shok | .224-.338 | 55-220 gr | 0.165-0.439 | 60-75% (pressure fit) | Budget |
| Sierra Pro-Hunter | .224-.458 | 55-400 gr | 0.185-0.310 | 55-75% (pressure fit) | Budget-Mid |
| Hornady InterLock | .224-.458 | 55-400 gr | 0.200-0.360 | 70-85% (InterLock ring) | Budget-Mid |
Applications and Practical Aspects
Deer and antelope (.224-inch, 64 grains / .243-inch, 100 grains): The 64-grain .224-inch from 223 Remington is marginal for deer – SD 0.182 limits reliable penetration on heavy deer, and 223 Remington is illegal for deer in many jurisdictions. In states where it is legal and shots are restricted to broadside inside 150 yards, it is functional. The 100-grain .243-inch from 243 Winchester is the more sensible deer and antelope load with SD 0.242 and BC 0.356 adequate inside 300 yards. Hodgdon Varget and IMR 4064 are appropriate for 243 Winchester at 100 grains.
Deer (.277-inch, 130 grains): The 130-grain Power-Point from 270 Winchester is the classic deer load in Jack O’Connor’s cartridge of choice – for trajectory planning see the 270 Winchester ballistics guide. BC 0.372 is adequate inside 300 yards and SD 0.242 provides consistent penetration on deer at any angle. Hodgdon H4350, IMR 4350, Alliant Reloder 19, Vihtavuori N150, and Hodgdon Superformance are standard powder choices for 270 Winchester at 130 grains.
Deer (.308-inch, 150 grains): The 150-grain Power-Point from 308 Winchester or 30-06 Springfield is a standard deer load – for trajectory planning see the 308 Winchester ballistics guide and 30-06 Springfield ballistics guide. BC 0.294 limits this to inside 250 yards before trajectory management becomes demanding. Hodgdon Varget, IMR 4895, Hodgdon H4895, IMR 4064, and Alliant Reloder 15 are the standard 308 Winchester choices at 150 grains.
Elk (.308-inch, 180 grains): The 180-grain Power-Point from 30-06 Springfield or 300 Winchester Magnum is the Power-Point’s elk load. SD 0.271 provides penetration adequate for broadside and moderately quartering shots on elk. For very close shots from 300 Winchester Magnum on bull elk where impact velocity is high and the shot passes through heavy shoulder bone, core-jacket separation is a real possibility – a bonded design is more reliable in that specific scenario. Inside 200 yards from 30-06 Springfield, the 180-grain Power-Point produces reliable elk results. Hodgdon H4350, IMR 4350, and Alliant Reloder 19 are appropriate for 30-06 Springfield at 180 grains. For 300 Winchester Magnum, Hodgdon H4831SC and Alliant Reloder 22 are appropriate.
Reloading
The Power-Point loads exactly like any conventional soft-point bullet. Winchester publishes load data for the Power-Point, and Hodgdon, Hornady, and Sierra manuals provide data for comparable soft-points at the same diameter and weight that applies directly.
Primers: Standard large rifle primers for all Power-Point applications. CCI 200, Federal 210, Federal GM210M, Winchester WLR, and Remington 9-1/2 are reliable choices. For 300 Winchester Magnum and other belted magnums with large powder charges, magnum primers CCI 250, Federal 215, or Remington 9-1/2M are appropriate.
Cases: Winchester brass is a natural complement. Federal, Remington, and Hornady cases are all appropriate. For 300 Winchester Magnum loads, Lapua brass provides the best dimensional consistency.
Seating depth: Start 0.010 to 0.050 inches off the lands. The Power-Point’s conventional soft-point nose is less sensitive to seating depth than secant-ogive designs, which simplifies load development. Seat to magazine-length constraints for hunting loads.
Crimp: Light roll crimp at the cannelure for lever-action rifles, semi-automatic platforms, and heavy-recoiling magnums. Bolt-action hunting rifles do not require crimping.
Powder Selection by Application:
| Application | Caliber | Bullet Weight | Recommended Powders |
|---|---|---|---|
| Deer | 243 Win | 100 gr | Hodgdon Varget, IMR 4064, Hodgdon H4350 |
| Deer | 270 Win | 130 gr | Hodgdon H4350, IMR 4350, Alliant Reloder 19 |
| Deer | 308 Win | 150 gr | Hodgdon Varget, IMR 4895, Alliant Reloder 15 |
| Deer | 30-06 Sprg | 150 gr | Hodgdon H4350, IMR 4064, Alliant Reloder 16 |
| Elk | 30-06 Sprg | 180 gr | Hodgdon H4350, IMR 4350, Alliant Reloder 19 |
| Elk | 300 Win Mag | 180 gr | Hodgdon H4831SC, Alliant Reloder 22, Alliant Reloder 26 |
Reloading Parameters Summary:
| Parameter | Guideline |
|---|---|
| Neck tension | 0.002-0.004 inch interference |
| Seating depth | 0.010-0.050 inch off lands |
| Crimp | Light roll crimp for lever-action and semi-auto; optional for bolt-action |
| Minimum expansion velocity | 1,800 fps at target distance |
| Weight retention | 65-80% (not 90-95% as the original article stated) |
| Extreme spread target | Under 20 fps for hunting accuracy |
Frequently Asked Questions
Q: The original article says the Power-Point has “mechanical bonding” with “90-95% weight retention.” Is that correct?
A: No – this is a significant factual error in the original article. The Winchester Power-Point is a conventional cup-and-core soft-point with a pressure-fit between the lead core and copper jacket. There is no mechanical, chemical, or electrochemical bonding. Weight retention under typical hunting conditions is 65-80%, which is appropriate for plain cup-and-core construction and completely adequate for deer hunting. The 90-95% figure the original article states describes genuinely bonded bullets like the Nosler AccuBond, Federal Trophy Bonded, or Winchester Power Max Bonded – all of which cost significantly more than the Power-Point and use specific bonding processes. Non-bonded polymer-tipped designs like the Nosler Ballistic Tip similarly achieve 60-75% retention, not the 90-95% of bonded designs.
Q: How does the Power-Point compare to the Remington Core-Lokt? Are they interchangeable?
A: In terms of field performance on deer inside 300 yards, they are effectively interchangeable. Both are conventional cup-and-core soft-points at comparable prices. The Core-Lokt uses a tapered jacket that provides a partial mechanical interlock between the core and jacket; the Power-Point uses a standard pressure-fit. Both achieve 65-80% weight retention under typical hunting conditions. BC figures vary slightly at comparable weights – the Core-Lokt 180-grain .308 at approximately BC 0.300 versus the Power-Point 180-grain .308 at BC 0.382 represents a real difference that becomes meaningful past 250 yards. Accuracy in a specific rifle may vary – it is worth loading both and testing in your barrel if you have access to both.
Q: Is the Power-Point appropriate for elk hunting?
A: Yes, with realistic expectations. The 180-grain .308-inch from 30-06 Springfield or 308 Winchester at moderate range (inside 250 yards) on broadside or lightly quartering elk produces reliable results. SD 0.271 provides adequate penetration depth. For close-range shots from 300 Winchester Magnum at high impact velocity through a bull elk’s heavy shoulder bone, core-jacket separation is possible with the cup-and-core design. For hunters who regularly take shoulder shots or close-range magnum shots on heavy elk and moose, a bonded design provides a meaningful safety margin.
Q: Why is the BC for the 150-grain .308-inch (0.294) lower than for the 180-grain (0.382)?
A: This is a function of the specific bullet profiles rather than the weight alone. The 150-grain Power-Point uses a flatter, more blunt nose profile than the 180-grain, which produces more aerodynamic drag and a lower BC despite being lighter. BC is determined by both weight (heavier = better SD = better BC) and aerodynamic form factor (sleeker = lower drag coefficient = better BC). A blunt, flat-base 150-grain design can have a lower BC than a spitzer boat-tail 180-grain design at the same diameter. Always verify specific BC figures from Winchester’s website rather than assuming heavier weight automatically means higher BC.
Q: The Power-Point has been made since 1922. Why does a 100-year-old design still compete?
A: Because the soft-point mechanism for deer hunting hasn’t changed fundamentally in a century. A 130-grain .277-inch soft-point at 2,960 fps from 270 Winchester kills deer in 2026 the same way it killed deer in 1926 – the lead tip initiates expansion, the jacket mushrooms, energy is transferred to tissue, and the animal goes down. The Power-Point’s advantage is not technical innovation but proven reliability at an accessible price. A hunter who loads a hundred rounds of 180-grain Power-Point in 30-06 Springfield for an elk hunt knows exactly what that bullet will do because three generations of hunters before them have documented it.
Q: For a beginner hunter loading their first deer hunting rounds, is the Power-Point a good choice?
A: Yes – it is a good starting point precisely because it is simple and well-documented. Standard load data from any major manual applies. The soft-point design is forgiving of minor seating depth and crimp variations. There are no special seating die considerations, no tip-protection concerns, and no compatibility issues with standard dies. The field performance is predictable and well-documented on the game it is designed for. A beginning hunter loading 308 Winchester or 270 Winchester with Power-Point bullets will get reliable hunting results without the load development complexity that premium designs sometimes require.
Conclusion
The Winchester Power-Point is a century-old conventional soft-point that occupies a clear and defensible position: affordable, reliable deer hunting performance from 223 Remington through 300 Winchester Magnum, supported by generations of documented field use. It does not bonded, does not have a polymer tip, and does not provide the extended-range aerodynamics of modern premium designs. It does not need to – deer hunting inside 300 yards does not require those features.
The 180-grain .308-inch in 30-06 Springfield represents the Power-Point at its practical peak – adequate SD, adequate BC for close to moderate range work, and a price that allows loading in sufficient quantity to reach and maintain proficiency.
Choose the Power-Point if: you hunt deer inside 300 yards with standard cartridges; cost is a primary consideration and you are loading in quantity; you want Winchester-branded components for consistency with factory ammunition or brand preference; or you are a beginning hunter loading a first deer hunting load and want a straightforward, well-documented bullet.
Choose something else if: your hunting regularly extends past 300 yards where higher-BC designs provide a meaningful advantage – the Winchester Ballistic Silvertip, Winchester Deer Season XP, or Hornady ELD-X provide better BCs. If you need bonded construction for heavy bone impacts on elk and moose at magnum velocity, the Winchester Power Max Bonded or Winchester Expedition Big Game are the appropriate alternatives. If you want better accuracy and more controlled expansion than the Power-Point delivers, the Sierra GameKing, Hornady InterLock, or Nosler Partition offer improvements in those areas.
Disclaimer: Reloading involves inherent risks. Always use current load data from published manuals. The Power-Point is a conventional cup-and-core soft-point – not a bonded bullet – with 65-80% weight retention rather than the 90-95% stated in the original article. Start below maximum charges and increase gradually. 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.
Have you loaded and hunted with the Winchester Power-Point? Leave a comment with the details: weight, cartridge, game, range, and what happened. Have you compared it directly to the Remington Core-Lokt or Federal Power-Shok in the same rifle? Any meaningful difference in accuracy, terminal performance, or feeding reliability?
Editorial note: Originally published 2024, revised June 2026. The update corrected the original article’s claim of “mechanical bonding” and “90-95% weight retention” – the Power-Point is a conventional cup-and-core soft-point with pressure-fit core and 65-80% weight retention. Added the 1922 introduction date and historical context as one of the oldest continuously produced hunting bullet designs. Corrected the BC discrepancy note between 150-grain and 180-grain variants with explanation. Added comparison to the Core-Lokt, Power-Shok, Pro-Hunter, and InterLock with specific retention figures. Added within-Winchester-lineup upgrade path. Added FAQ covering six common questions. Applied full internal linking throughout.
