Well, I wanted to ask if this could be a real thing that could be from the war. Cause I found one like this near me and wanted your all opinions.
I have never seen this before with a german shovel and its really cool.
Cause I have never seen a snap the dot or a m1910 hanger on a german shovel.
Well, I wanted to go and make a copy of a helmet paint job that I found here on reddit. And well, with my ww2 reenacting. I cant wait ro try to use it or show the helmet off.
I took the time learning how to hand paint and wanted to try it as something new.
And if the paint is fake and never used in the war. I still find it cool and might use for parades just for fun.
I used od3 paint and ak interactives Summer kurks earth for the extra 2 tones.
Dear British reenactors. I wanted to ask if they used rope as slings on the jungle carbines. Cause I thought I heard it from somewhere that they did that. But I wanted to ask.
I could ge a sling. But I wanted to put the money to other items like college.
Finaly got done wirh the first reenacment of the year at Camp Concordia. I had the joy of being able to meet new people there and try out some of my gear I own. And being able to use my 1917 in a battle.
I wanted to ask if reloading brass 12g shells would be better than buying the dog training shells. Because I enjoy using the trench gun I have. But at $22 for dog blanks. It seems a little much. And only to slam fire them at times using my 620 stevens.
So I wanted to ask you guys if making brass blanks would be the better idea. Because I dont think they would deform as bad and would be a quick reload in a way.
And I havent reloaded a day in my life. So I would have to buy all this stuff. Or I know someone who has a reloader if I can borrow his.
Added:
I did a quick google search. And could i just also boil the full brass 12g to clean it with vinegar and dish soap.
And I probaly wouldnt crimp the shells for time and just cause of use. But would I have to be careful of their size and worry on trimming them?
(I have the primers also due to owning a blackpower that takes 209 primers for shot shells)
I dont post much and wanted to share.
I own a Swiss TM2 range finder like they sold to Germany during ww2. I made a manual and video on how it works after using it for a little bit. The manuals online cost $20. But here is a free run through manual ! made for you all to have if you ever buy one.
And if me being a 18 year old can figure it out. I think you all can too. Because the range finder is fun to use and teach with. Like I do with local schools
(If you want to support me. You can go to my reenacting insta: https://www.instagram.com/reenactor\_m7\_\_grenadier?igsh=NnlibGY3NHY1Mm84)
TM2 COINCIDENCE RANGEFINDER
SECTION I — GENERAL DESCRIPTION
The TM2 Coincidence Rangefinder is a precision optical instrument used to determine distance to a target by means of optical triangulation.
No electronic components
Uses dual-objective lens system
Image is split and recombined for measurement
Principle:
→ Align two images into one
→ Read resulting distance
SECTION II — COMPONENT IDENTIFICATION
EXTERNAL COMPONENTS:
Objective Lens (Left)
Objective Lens (Right)
Central Eyepiece
Range Adjustment Knob
Distance Scale Window
Eyepiece Focus Ring
Tripod Mount
Elevation Correction Dial
Distance Correction Dial
INTERNAL COMPONENTS:
Optical Prism System
Range Drum Mechanism
Fixed Base Length Assembly
SECTION III — SETTING UP THE INSTRUMENT
Mount instrument securely on tripod
Remove all lens covers
Aim toward target
Adjust eyepiece focus until reticle is sharp
Ensure instrument is stable and level
NOTE:
→ Any movement will reduce accuracy
SECTION IV — OPERATION
Look through eyepiece
Observe split image
Turn range adjustment knob
Align both halves into one continuous image
Read distance from scale window
RULE:
→ Perfect alignment = correct distance
SECTION V — COINCIDENCE METHOD
Upper image originates from one lens
Lower image originates from the second lens
Procedure:
Select a vertical reference (pole, tree, structure)
Align edges precisely
Avoid partial alignment
NOTE:
→ Small errors in alignment produce large range errors
SECTION VI — PRINCIPLE OF OPERATION
Distance is determined using triangulation.
D = B / tan(theta)
Where:
D = Distance to target
B = Base length of instrument
theta = convergence angle
Function:
→ Adjustment knob changes angle
→ Internal system converts angle to distance
SECTION VII — ELEVATION CORRECTION DIAL
MARKING:
“Berichtigung der Höhe” (Height Correction)
FUNCTION:
Corrects distance for uphill or downhill targets
USE:
Turn dial to compensate for elevation difference
Re-align image and read corrected distance
FIELD USE:
→ Leave at neutral position unless operating on steep terrain
SECTION VIII — DISTANCE CORRECTION DIAL
MARKINGS:
“Berichtigung der Entfernung” (Distance Correction)
“Geschlossen” (Closed)
IDENTIFICATION:
Located on side housing
Includes numbered viewing window
FUNCTION:
Fine calibration adjustment
Corrects small measurement errors
OPERATION:
Turning dial shifts internal scale
Affects all readings equally
GESCHLOSSEN POSITION:
→ Dial is locked
→ Normal operating condition
USE:
Only when comparing against known distance
Used to correct instrument deviation
WARNING:
→ Do not adjust during normal use
→ Incorrect settings will affect all readings
FIELD NOTE:
→ Leave set to “Geschlossen”
SECTION IX — CALIBRATION (FIELD CHECK)
Select known distance target
Align image precisely
Compare reading to actual distance
Adjust only if necessary using correction dial
WARNING:
→ Internal adjustments should be performed by trained personnel
SECTION X — CARE AND STORAGE
Store in protective case
Keep lenses clean (soft cloth only)
Avoid moisture exposure
Avoid impact or shock
Keep lens covers installed when not in use
SECTION XI — COMMON ERRORS
Improper image alignment
Use without tripod
Dirty lenses
Misreading scale
Adjusting calibration improperly
SECTION XII — QUICK REFERENCE
Mount
Focus
Aim
Align
Read
END OF MANUAL