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SAR 18#6

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The final wz.38M SLR is a semiautomatic,<br />

gas-operated weapon with<br />

a tilt-locked bolt, fed from a 10-round<br />

fixed internal magazine. The rifle had<br />

68 parts, which was quite reasonable<br />

against the background of the contemporary<br />

designs: the SVT-38 numbered<br />

63, the G41(W) 66, but the M1 Garand<br />

only 55. For cleaning it can be broken<br />

down into just four components: barreled<br />

action with buttstock, gas cylinder,<br />

bolt carrier with return spring and bolt.<br />

This was not the end of the road<br />

neither for the Maroszek rifle, nor for the<br />

SLR for the Polish Army. The contest<br />

was still hot, the Szteke’s kb.sp. wz.37S<br />

(former ES) was also still under development<br />

and tested in November 1938,<br />

where during the durability testing it still<br />

did not reached the goal of 10,000 shots,<br />

having failed (receiver hairline crack discovered)<br />

after 8,000. This was the final<br />

failure, but earlier on the 37S chewed<br />

through three firing pins (after 300, 550<br />

and 1,800 shots), extractor (859 shots),<br />

and bolt bumper (4,923 shots). Despite<br />

all that the project continued with new,<br />

improved 3rd Gen prototypes ordered<br />

for further testing in 1939. On 26 February<br />

1939 one each ‘enhanced accuracy’<br />

wz.37S and wz.38M rifles were ordered<br />

for a shoot-off to determine which rifle<br />

would serve as a basis for a sniping rifle.<br />

This is unfortunately the last paper trace<br />

left by either of the rifles.<br />

As the delivery deadline for the 55<br />

rifles was 1 January, 1939, and no trace<br />

of any further barrel orders was found<br />

so far, it is safe to assume that not more<br />

than that number of the wz.38M rifles<br />

were ever manufactured. All serial numbers<br />

known so far are contained within<br />

the 1001 – 1055 range, corroborating<br />

the quantity.<br />

Maroszek Redux<br />

This author had the opportunity to<br />

handle, strip and examine in detail the<br />

Maroszek rifle, s/n 1048 that was owned<br />

by Bob Farris in the U.S. but unfortunately<br />

firing it was not possible as it had<br />

a familiar Maroszek ailment: the firing<br />

pin point was broke off. Regardless, it<br />

was different from the one we had in Poland<br />

– with just one cross-bolt, instead<br />

of two. Later on, two other Maroszeks<br />

were found in America, both of a single<br />

cross-bolt variety, while another twobolt<br />

rifle was found in Germany. With<br />

no hard documents to prove it, one can<br />

only assume that this might have been a<br />

last-minute addition, perhaps a result of<br />

the spring of ‘39 troop-testing, perhaps<br />

to reduce the lower receiver wobble. So,<br />

perhaps the 1014 and 1027 were prototypes<br />

for the new series-production<br />

model? How significant, that one ended<br />

up in Germany, and the other in Russia<br />

– two hoodlums conspiring against<br />

Poland in 1939... We’ll never know.<br />

Or do we? Once at the Museum,<br />

I met a gunsmith from Piotrowo near<br />

Poznan, Mr. Ryszard Tobys, whom I<br />

knew as the Guinness’ Book of Records<br />

world’s largest cap-and-ball revolver<br />

manufacturer. He was planning to build<br />

a shooting replica of the Maroszek rifle.<br />

Technical Data<br />

Caliber: 8mm x 57 JS<br />

Length: 1,134 mm<br />

Barrel length: 625 mm<br />

Weight:<br />

Magazine capacity:<br />

Method of operation:<br />

Locking method:<br />

4.45 kg<br />

10 rounds<br />

wz.38M<br />

He was taking some measurements to<br />

reverse engineer some small bits, which<br />

in reality looked quite different from the<br />

blueprint. It transpired that Mr. Maroszek’s<br />

nephew in Białystok inherited a<br />

set of production blueprints for the wz.<br />

M rifle. This was the penultimate version<br />

of it – those five prototypes of 1937, so<br />

several changes were introduced later,<br />

which he was then analyzing comparing<br />

blueprints with the real thing.<br />

In November 2013 rifle s/n RT001<br />

was ready, and I’ve been the first journalist<br />

to see it, handle it, and shoot it.<br />

The first rifle was more of a test-bed<br />

than show-piece, but I’ve seen three<br />

barreled actions in various stages of<br />

manufacture, so there would be better<br />

and prettier ones once all the bugs<br />

are ironed out of the first. The price tag<br />

would be enormous as the project already<br />

cost thousands upon thousands<br />

of hours of hard work, but fortunately<br />

Ryszard’s two sons, Błażej and Remigiusz<br />

can program his CNC machines<br />

for free, so he can avoid the most costly<br />

part. At first, the components were machined<br />

in aluminum and brass to check<br />

if they fit together, then real parts were<br />

made and fitted. This seems to be a<br />

really nice, well balanced, and smooth<br />

to shoot rifle – given it’s chambered in<br />

8mm x 57JS Mauser.<br />

Gas-operated with piston<br />

Bolt tilting into ejection opening (Browning-Petter)<br />

www.gunmountain.com<br />

www.smallarmsreview.com 81 <strong>SAR</strong> Vol. 18, No. 6

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