Published: 2024 | Last updated: March 2026
The Mark 7 Apex 10 is a 10-station progressive press built for reloaders who have outgrown the compromise that comes with a 4- or 5-station machine. Ten die stations sounds like marketing until you start filling them: sizing, swaging, expanding, powder drop, powder check sensor, seat, crimp, and still have stations left for a case gauge die or a second seating pass on boat-tail rifle bullets. That is the argument for the Apex 10 in one sentence – it gives you enough room to do the job right without doubling up operations that should be separate.
It is also expensive, physically large, and decidedly not the press you buy because it was on sale. This review covers what you actually get for the money, where the Apex 10 justifies its place in a serious reloading setup, and where other presses close the gap enough to matter.
What’s in the Box
The Apex 10 ships as a more complete package than most progressive presses at its price:
- Mark 7 Apex 10 press core with cast-iron frame and 10-station tool head
- 11-inch high-speed case feeder with variable-speed DC motor, inductive sensor, and quick-dump trap door
- Mechanical powder measure with hopper, baffle, and case-actuated drop
- Shuttle Disk stacked priming system with small and large primer components
- Lyman stainless steel Pro Hold-Down Die for swaging crimped primer pockets
- Ambidextrous operating handle with aluminum roller grip
- Double guide rod support for the tool head
- Mounting hardware, spent primer tube, and instructions
Not included: dies, shell plates, bullet feeder, caliber conversion kits, or the Autodrive automation unit. The die set and shell plate for your caliber are the first purchases after unboxing. If swaging crimped military brass is part of your plan, the press includes the swage die but you will still need to verify the setup for your specific brass lot.
Assembly takes 60 to 90 minutes for a first-time setup – longer if you are configuring a powder check sensor or setting seating depth on a new caliber. The instructions are thorough, but the Apex 10 rewards patience on initial setup. Getting die depths and shell plate timing correct the first time saves significant troubleshooting later.
Build and Materials
The Mark 7 Apex 10 is built in the USA, and the material choices reflect an intent to run at commercial volumes rather than occasional hobby use.
Frame – Cast iron. The same reasoning that makes cast iron the right choice for single-stage presses applies here: it is rigid under load, handles compressive stress without flex, and does not develop slop over time the way lighter alloy frames can. At 60 pounds, the Apex 10 is not moving once it is bolted down, which is exactly what you want in a press running at speed.
Tool head – CNC-machined billet aluminum with double guide rods. The guide rods are the detail that separates this from simpler tool head designs. They constrain the tool head’s movement to a single vertical axis throughout the stroke, which keeps all ten die stations aligned with their shell plate positions regardless of lateral force. On a 10-station press running at volume, that consistency shows up in tighter case dimensions and more uniform seating depths.
Case feeder – All-metal construction with a DC motor, inductive sensor for case orientation detection, and a trap door that lets you dump remaining cases without fully disassembling the feeder. Variable motor speed lets you dial in feed rate to match your cycling tempo.
Powder measure – Sealed unit with bronze bushings and ball bearings, case-actuated. The case-actuated design means the powder drops only when a case is present in the station, which prevents double-drops and dry-fires from causing charge weight variation. The claimed accuracy of ±0.1 grain is achievable with well-metering spherical powders; extruded powders will see slightly wider variation, as they do on any volumetric measure.
Priming system – The Shuttle Disk stacked design handles both large and small primers by swapping the disk. It is reliable with clean, consistent primers. Tipped, corroded, or inconsistently seated primers from mixed brass lots can cause feed issues, which is true of virtually every progressive primer system. The fix is the same as on any press: clean, sorted primers and a regular check of the disk seating.
Handle – Steel with an aluminum roller grip. The ambidextrous mounting lets you configure for left or right hand. The roller grip reduces fatigue over long sessions – a detail that matters more at 800 rounds per hour than it does for a short pistol run.
Key Specs and Compatibility
| Specification | Detail |
|---|---|
| Press type | 10-station progressive |
| Die thread standard | 7/8″-14 |
| Shell plate system | Mark 7-specific shell plates; caliber conversion kits available |
| Stations | 10 |
| Frame material | Cast iron |
| Tool head | CNC billet aluminum with double guide rods |
| Case feeder | 11-inch high-speed, variable speed DC motor |
| Priming system | Shuttle Disk stacked, small and large |
| Powder measure accuracy | ±0.1 grain (spherical powders) |
| Manual throughput | 600-800 rounds/hour |
| Autodrive throughput | 3,500+ rounds/hour |
| Caliber range | 380 ACP to 308 Winchester |
| Dimensions | 36″ tall x 15″ wide x 11″ deep |
| Weight | ~60 lbs |
| Mounting pattern | 5″ on-center, through-bench recommended |
| Country of manufacture | USA |
| Warranty | 2 years against defects |
The 380 ACP to 308 Winchester range covers nearly every practical reloading application for pistol and rifle. 9mm Luger, 45 ACP, 38 Special, 357 Magnum, 223 Remington, 308 Winchester – all run on the Apex 10 with the appropriate shell plate and die set.
Mark 7-specific shell plates are required rather than the universal RCBS-style holders used on most presses. Conversion kits cover a wide range of calibers and include the shell plate plus any caliber-specific components. This is a real cost to factor in if you plan to run multiple calibers – each conversion kit adds to the total investment.
Ten Stations and Why It Matters
On a 5-station press like a Dillon XL 750 or Hornady Lock-N-Load AP, a standard pistol sequence – size, prime, expand/flare, powder drop, seat, crimp – already requires combining operations or using a powder-through-expander die that handles two steps at once. That works. Most reloaders using 5-station presses load excellent ammunition without issue. But the compromises are real: the powder-through-expander takes on two functions, and the crimp is often combined with seating rather than done as a separate step.
The Apex 10‘s 10 stations eliminate those compromises. A full pistol setup with room to spare looks like this:
- Full-length sizing and decapping
- Swage crimped primer pockets (for military brass)
- Case mouth expand and flare
- Powder drop
- Powder check sensor
- Bullet seat
- Taper crimp
- Case gauge / OAL check die
- Available
- Available
That sequence – with powder check and case gauge as active die stations – is what competition shooters building match-grade ammunition run. Separating seating from crimping is particularly important for rifle ammunition where bullet runout is sensitive to combined seat-and-crimp operations. The powder check station catches charge weight errors before the bullet is seated. The case gauge station flags out-of-spec rounds before they leave the press.
For a reloader running 308 Winchester precision loads, the same 10 stations provide room for a dedicated neck expander, micrometer seating die, and separate crimp die without any station serving double duty.
The extra stations also have a practical effect on die longevity and load quality: when a single die does one job, it can be set precisely for that job and never compromised by the requirements of a second operation.
Where the Apex 10 Excels
High-volume pistol loading is where the Mark 7 Apex 10 is most obviously at home. Running 9mm Luger or 45 ACP at 600 to 800 rounds per hour manually – with 10 stations fully configured – produces consistent, inspected ammunition at a rate that makes a 5-station press feel slow. Add the Autodrive unit and the same press runs unattended at over 3,500 rounds per hour. For a competitive shooter loading for both practice and match, or a club that supplies match ammunition, that throughput is a legitimate reason to own this press.
Mixed military brass that needs swaging before it can be reloaded gets its own dedicated station on the Apex 10, which means you can run mixed commercial and military brass in the same session without routing military cases off for separate swage prep. The included Lyman swage die handles this efficiently.
Precision rifle production benefits from the station count in a different way than pistol loading. Loading 223 Remington or 308 Winchester match ammunition with separate expand, powder drop, check, seat, and crimp stages – each a dedicated station – produces measurably more consistent results than a press where some of those steps share real estate.
Future-proofing a bench is part of the Apex 10‘s value proposition. The Autodrive unit bolts to the existing press without replacing any major components. Tool heads swap between calibers in 30 to 60 minutes with pre-set dies. The press you buy today runs manually; the same press runs automated when volume or workflow demands it.
Realistic Limitations
Price is the first reality check. The Mark 7 Apex 10 costs more than a Dillon XL 750 and considerably more than a Hornady Lock-N-Load AP. The conversion kits, spare tool heads, and bullet feeder add further to the total. This is a press you buy when the investment is justified by what you load – in volume, in calibers, and in the quality requirement. A reloader loading 200 rounds of 357 Magnum per month does not need an Apex 10 and should not buy one.
Physical size is not minor. At 36 inches tall and 60 pounds, the Apex 10 requires a dedicated bench position and substantial mounting. A through-bench bolt pattern is recommended. It is not a press you move around, store under a workbench between sessions, or use on a folding table.
Mark 7-specific shell plates mean your existing RCBS or Dillon shell holders do not transfer over. Every new caliber requires a Mark 7 conversion kit. This is a real ongoing cost and worth building into the total cost of ownership before purchasing.
Priming system monitoring at high volumes requires occasional attention. The Shuttle Disk system works well with clean, consistent primers but benefits from regular checks at volume. Upgraded priming systems are available from Mark 7 for reloaders who need fully automatic priming at Autodrive speeds.
Two-year warranty versus the lifetime warranties offered by Dillon and RCBS is the one area where the Apex 10‘s support terms are less generous. Mark 7’s customer service has a solid reputation in the competitive shooting community, but the limited warranty term is worth noting.
Setup and Mounting
Initial setup of the Mark 7 Apex 10 takes longer than a simpler progressive, and that time is worth spending carefully.
Bench requirements – The Apex 10 needs a solid, fixed bench. A 2-inch hardwood top or steel-reinforced bench is the practical minimum. Through-bench mounting with Grade 8 bolts and large washers is strongly recommended over surface-only mounting – at 60 pounds and running at speed, any bench flex translates directly into index inconsistency.
Assembly sequence – Install the handle, then the case feeder pole and brackets, then the bowl and drop tubes, then the powder measure. Working in this order keeps components from interfering with each other during installation. Budget 60 to 90 minutes for a clean first assembly.
Die installation – Set each die with the tool head at full stroke, using calipers to verify depth. On a 10-station press, a die that is slightly off interacts differently with adjacent stations than it would on a 5-station press – the tighter spacing means that a high sizing die and a slightly-low expander die can produce cases that are dimensionally correct but marginally outside spec on mouth flare. Set dies carefully, verify with a dummy round through the full sequence before live loading.
Powder measure calibration – Weigh 10 consecutive drops on a scale before declaring the measure dialed in. With spherical powders, a well-set Apex 10 measure will hold to ±0.1 grain consistently. With extruded powders, allow for ±0.2 to 0.3 grain and verify the starting end of your charge range is still above minimum.
Shell plate timing – Check that the shell plate indexes completely on each stroke and that the detent ball seats firmly in each position. A shell plate that under-indexes puts cases slightly out of alignment with die stations and produces inconsistent sizing and seating. Most indexing issues on first setup are resolved by verifying the detent spring tension and cleaning any machining debris from the index track.
Break-in period – The first few hundred rounds on a new Apex 10 are calibration rounds as much as finished ammunition. Spot-check OAL, case gauge every 20 rounds, verify primer seating depth, and watch for powder check sensor alerts. Most issues surface in the first session and are easily corrected. After that, the press settles into consistent, repeatable operation.
Competitors
Mark 7 Apex 10 vs. Dillon XL 750
The Dillon XL 750 is the benchmark that every high-volume progressive is measured against, and for good reason. It is reliable, widely used, has the most complete after-market accessory ecosystem of any progressive press, and Dillon’s no-questions lifetime warranty is the standard the industry is measured against. If something breaks – ever, for any reason – Dillon replaces it. That policy matters to reloaders who put serious volume through their equipment.
The XL 750 runs 5 stations. For the majority of pistol loading workflows that is enough, and the depth of Dillon’s caliber conversion support, die availability, and accessory options makes working within 5 stations straightforward. The XL 750 also starts and runs for considerably less than the Apex 10 including conversion kits.
Where the Apex 10 creates separation is the station count for complex sequences. A competition shooter who wants powder check, separate seat and crimp, and a case gauge die in the sequence simply cannot do that on an XL 750 without a second pass. On the Apex 10, it is a standard setup. The Autodrive upgrade path is also native to the Apex 10 in a way that no Dillon retrofit fully replicates.
Choose the XL 750 if: lifetime warranty support is a priority, your workflow fits within 5 stations, you value the broadest possible accessory ecosystem, and the cost difference matters to your budget.
Choose the Apex 10 if: you need more than 5 stations, you plan to add automation, you run mixed military brass requiring dedicated swage, or volume justifies the investment.
Mark 7 Apex 10 vs. Hornady Lock-N-Load AP
The Hornady Lock-N-Load AP is a 5-station progressive that sells at a significantly lower price and includes Hornady’s Lock-N-Load bushing system, which allows die swaps by a quarter-turn without resetting depth adjustments. For a reloader who changes calibers frequently on the same press, that die-swap speed is a genuine practical advantage.
The Lock-N-Load AP’s aluminum frame is lighter and less rigid than the Apex 10‘s cast iron. At normal volumes with standard calibers the difference does not show up in load quality. At sustained high volume or with larger rifle calibers, the frame rigidity difference is more evident.
Five stations on the Lock-N-Load AP is workable for standard pistol and rifle sequences, but the same station-count compromise that applies to the Dillon XL 750 applies here. The powder-through-expander handles the expand and charge operations simultaneously, which is fine for most applications.
Choose the Lock-N-Load AP if: budget is a significant constraint, the bushing die-swap system matches your workflow, and your caliber and volume requirements fit within 5 stations comfortably.
Choose the Apex 10 if: you need more stations, cast-iron rigidity, the built-in swage capability, or the Autodrive upgrade path.
Mark 7 Apex 10 vs. RCBS Pro Chucker 7
The RCBS Pro Chucker 7 splits the difference between 5-station presses and the Apex 10‘s 10 stations with a 7-station design. Seven stations is genuinely useful – it allows a powder check die, separate seat and crimp, and a dedicated case mouth expansion step without combining operations. It costs meaningfully less than the Apex 10.
The Pro Chucker 7’s automatic primer changeover without removing cases is a well-regarded design feature. Its compact footprint is smaller than the Apex 10, which matters for benches where space is limited.
The gap to the Apex 10 is three stations and the Autodrive upgrade path. For reloaders who want the intermediate step between a 5-station and a 10-station press, the Pro Chucker 7 is a legitimate option that the Apex 10‘s competitors section tends to overlook.
Choose the Pro Chucker 7 if: 7 stations covers your most complex workflows, you want a more compact footprint, and the cost difference between it and the Apex 10 is meaningful to your decision.
Choose the Apex 10 if: you need all 10 stations for a complete quality-control sequence, you plan to automate, or you are loading large volumes where the additional station flexibility pays for itself in consistency.
Mark 7 Apex 10 vs. Dillon RL1100
The Dillon RL1100 is Dillon’s top commercial progressive – an 8-station press designed specifically for high-volume pistol production at commercial and law enforcement reload levels. It is built for throughput and reliability above all else, with Dillon’s support infrastructure behind it.
Eight stations on the RL1100 handles complex pistol sequences effectively. It is not expandable to 10, and there is no native automation upgrade comparable to the Apex 10‘s Autodrive path. The RL1100 is also more expensive than the XL 750, though its specific positioning within the market means it competes directly with the Apex 10 on price for serious high-volume applications.
The RL1100’s strength is proven commercial-grade reliability at speed. The Apex 10‘s strength is station count flexibility, the swage capability, and the automation upgrade path. For a reloader whose primary need is maximum pistol throughput with Dillon’s support ecosystem, the RL1100 is the comparison to make. For a reloader who needs 10 stations, mixed pistol and rifle capability, and the option to automate on the same press, the Apex 10 is the answer.
Choose the RL1100 if: Dillon’s lifetime support warranty is non-negotiable, your work is primarily high-volume pistol, and 8 stations covers your workflow.
Choose the Apex 10 if: you need 10 stations, you load rifle alongside pistol, or you want the native Autodrive automation path on the same frame.
Comparison Table
| Feature | Mark 7 Apex 10 | Dillon XL 750 | Hornady LNL AP | RCBS Pro Chucker 7 | Dillon RL1100 |
|---|---|---|---|---|---|
| Press type | Progressive | Progressive | Progressive | Progressive | Progressive |
| Stations | 10 | 5 | 5 | 7 | 8 |
| Frame material | Cast iron | Aluminum | Aluminum | Steel | Aluminum/Steel |
| Ram diameter | Large | 1 inch | 1 inch | 1 inch | Large |
| Tool head guide rods | Double | Single | Single | Single | Single |
| Built-in swage | Yes (included die) | No | No | No | No |
| Powder check station | Dedicated | Requires station | Requires station | Possible | Requires station |
| Case feeder included | Yes | Optional | Optional | Optional | Included |
| Automation upgrade | Autodrive (native) | No | No | No | No |
| Manual throughput | 600-800/hr | 500-600/hr | 400-500/hr | 400-500/hr | 600-700/hr |
| Auto throughput | 3,500+/hr | N/A | N/A | N/A | N/A |
| Caliber range | 380 ACP – 308 Win | 380 ACP – 338 Win | 380 ACP – 30-06 | 380 ACP – 308 Win | 380 ACP – 308 Win |
| Warranty | 2 years | Lifetime | Lifetime | Lifetime | Lifetime |
| Relative price | $$$$ | $$$ | $$ | $$$ | $$$$ |
Pros and Cons
Pros
- Ten stations remove every station-count compromise that limits 4- and 5-station presses – swage, powder check, and separate seat and crimp all fit in a standard sequence with stations left over
- Double guide rod tool head maintains die-to-shell-plate alignment throughout the stroke, which produces more consistent case dimensions and seating depths than single-guide designs
- Cast-iron frame does not flex under sustained high-volume use or rifle-caliber sizing loads
- Native Autodrive upgrade transforms the same press to 3,500+ rounds per hour without replacing the frame or tool head
- Swage die included for crimped military primer pockets – no separate processing step required for mixed brass
- Case feeder included, not an optional add-on at extra cost
- Ambidextrous handle configuration reduces fatigue over long sessions
- Made in the USA with commercial-grade components rated for sustained production volumes
Cons
- Price is significantly higher than comparable progressive presses; conversion kits add to total cost of ownership
- Mark 7-specific shell plates mean existing Dillon or RCBS shell holders do not transfer over
- 2-year warranty is shorter than the lifetime warranties offered by Dillon, RCBS, and Hornady
- Large footprint and 60-pound weight require a dedicated, permanent bench position
- Priming system requires monitoring at high volumes and occasional cleaning to maintain feed reliability
- Caliber range tops out at 308 Winchester – reloaders working with larger rifle magnums need a single-stage for sizing
What to Buy with It
Caliber-specific die set and shell plate – The Mark 7 shell plate is required; standard RCBS holders do not fit. Buy the conversion kit for your primary caliber first, then add kits for additional calibers as needed. For die sets, RCBS Competition Die Sets and Redding Deluxe Rifle Die Sets are natural companions for the Apex 10‘s precision capabilities.
Powder check die and sensor – A powder check die in a dedicated station is one of the strongest arguments for owning a 10-station press. Mark 7 sells their own sensor; third-party options from Dillon and RCBS are also compatible.
Spare tool heads – Pre-set dies for each caliber, stored in labeled tool heads, make caliber swaps practical. Without spare tool heads, changing calibers means resetting all die depths from scratch.
Bullet feeder – The Mr. Bullet Feeder Gen 2 is the most commonly paired bullet feeder with the Apex 10 and integrates cleanly with the case feeder and press cycle timing.
Digital calipers and OAL comparator – Setting 10 die stations accurately requires measuring. A quality digital caliper and a comparator block for seating depth verification are not optional at this level of loading.
Case lube – Required for rifle sizing. Hornady One Shot spray or RCBS Case Lube applied before sizing pistol brass reduces sizing die wear at high volume.
Frequently Asked Questions
Is the Apex 10 worth the price over a Dillon XL 750?
For most reloaders, no – and that is not a knock on the Apex 10. The XL 750 runs 5 stations reliably, has the best support ecosystem in the industry, and costs significantly less. The Apex 10‘s premium is justified when your workflow actually requires more than 5 stations – competition ammo with dedicated powder check and case gauge stations, mixed military brass that needs swaging in the same session, or a plan to automate. If your loading is standard pistol at moderate volume, the XL 750 is the better value.
Can it load 308 Winchester on the same session as 9mm?
Not simultaneously – like all progressive presses, the Apex 10 loads one caliber per session. Changing from 9mm Luger to 308 Winchester requires swapping the shell plate and tool head. With pre-set spare tool heads for each caliber, that swap takes 30 to 60 minutes. Without pre-set heads, add time for die depth setup.
How reliable is the Shuttle Disk priming system at high volume?
Reliable enough for manual operation at 600 to 800 rounds per hour with clean, consistent primers. At Autodrive speeds, Mark 7 recommends upgrading to the X-Prime system for fully automatic priming that handles the higher cycling speed without monitoring. The Shuttle Disk at manual speeds works well; the issues reported in online forums mostly trace back to tipped or corroded primers in mixed lots rather than the system itself.
What is the Autodrive upgrade and what does it cost?
The Autodrive is a motor-driven automation unit that bolts to the existing Apex 10 frame and drives the press cycle automatically. At full speed it produces over 3,500 rounds per hour with a case feeder and bullet feeder running. The unit is purchased separately and costs roughly as much as a mid-range progressive press on its own. It is the right investment for a reloader loading 5,000 or more rounds per month who can justify the capital cost against labor time.
Does it require special dies?
No – standard 7/8″-14 dies from any major manufacturer work in all 10 stations, provided the die body does not contact the shell plate at full stroke. Most standard sizing and seating dies clear the shell plate without issue. Verify clearance on any unusual die profile before running a full session.
How does it handle military brass with crimped primers?
The included Lyman swage die handles crimped primer pockets in a dedicated station without removing cases from the shell plate. This is one of the Apex 10‘s practical advantages over presses where swaging requires a separate processing step. Running mixed military and commercial brass in the same session is feasible because the swage station acts on every case without requiring pre-sorting.
Conclusion
The Mark 7 Apex 10 is not the right press for every reloader, and it would be dishonest to suggest otherwise. It is a significant investment, requires a permanent bench position, and delivers benefits that only show up at volume and complexity levels that many reloaders simply do not reach.
For the reloader who does reach those levels – competition shooter, high-volume pistol loader, or someone loading both 223 Remington and 308 Winchester match ammunition alongside pistol calibers – the 10-station design solves real problems. Powder check, separate crimp, swage, and case gauge all have dedicated stations. The double guide rod tool head maintains alignment under load. The cast-iron frame runs at commercial volume without developing slop. And when volume demands it, the same press accepts the Autodrive unit without a frame replacement.
At that level of use, the Apex 10 earns its price. At lower volumes, something else makes more sense – and there is no shame in that assessment. The right press is the one that fits what you actually load.
Editorial note: This article was originally published in 2024 and revised in March 2026. The revision substantially expanded the build quality section with a component-by-component breakdown, added a dedicated section explaining why 10 stations changes the practical workflow compared to 5-station presses, added full head-to-head competitor sections for the Dillon XL 750, Hornady Lock-N-Load AP, RCBS Pro Chucker 7, and Dillon RL1100, expanded the comparison table with throughput data, automation capability, and warranty terms, added a Frequently Asked Questions section, and rewrote the setup section with calibration guidance and break-in notes. Internal links to caliber guides, press reviews, and die set pages were added throughout.
