Alcayde, Academias Militares V1 400g
PHOTO		 17.5 cm
π p' p" d
 cm / K(N3) A(N2) = sin.cos - cos2(H) sin.cos (H1) C(N) = D(N) L / LL (uses grads) = S ST T = Tables of constants and conversion factors
Alcayde, Academias Militares V2 400g
PHOTO		 17.5 cm
π p' p" d
 cm / K(N3) A(N2) = sin.cos - cos2(H) sin.cos (H1) C(N) = D(N) L / LL (uses grads) = S ST T =
Alcayde, Academias Militares V3 400g
PHOTO		 25 cm
π d
 K(N3) A(N2) = sin.cos - cos2(H) sin.cos (H1) C(N) = D(N) L / LL (uses grads)
Blundell Harling PG54
PHOTO		 25 cm
π
 A B CI = ST C D = S TA TB 6 special scales
British Slide Rule Co. Technical Surveyor
PHOTO		 25 cm
π
 ins / M, A = B CI C = D N \ cms = S cos ST cot T
CALCULO TAQUIMETRICO 400g
PHOTO		 ⌀ 21 cm
 C = D cos2 sin sin x cos
Chinese Unknown
PHOTO		 25 cm
p" π 6.366
 km 1-cos/ 1-cos A = B sec2 ST T = C L = ST S C =
Concise Stadia Computer
PHOTO		 ⌀ 10 cm
 D, sin, cos, sin x cos D, C, C', S, T1, T2, ST
Damien
PHOTO		 28 cm
 See images See Images
Dennert & Pape 23 Tachymeter (System C)
Dennert & Pape 24 Tachymeter 360o , 1914/32 50cm
Dennert & Pape 24 Tachymeter 400g, 1914/32 50cm
Dennert & Pape 25 Landmesser Blackwill, 1914/20 25cm
Dennert & Pape 33 landmesser, 1916/20 25 cm
Dennert & Pape 44/28 Swiss Topograph, 1926/35 25 cm
Dennert & Pape 48 Tachymeter, 1882/93 25 cm
Dennert & Pape 53/28 Reduktions-Tachymeter, 1927/35 25 cm
Dennert & Pape 139 Tachymeter, 1889/93 50 cm
Dennert & Pape 140 System C. Werner, 1889/1935 25 cm
Aristo 680 Stadia Computer ⌀ 15 cm
Aristo 944 Swiss Topograph
PHOTO		 25 cm
 cm /E-R A = sin.cos cos2 C = T1 T2 T3 = A sin sin2 =
Aristo 948 Topograohy
PHOTO		 30 cm
π C p"a p' kW HP
 cm / L A = cos sin.cos sin.cos C = D B K BI = S ST T = \ ins
Aristo 953 Reduktions-tachymeter, 1936/37 25 cm
Aristo 958 Geodat 360o
PHOTO		 25 cm
π p" p'
 T ST DF = CF CIF CI C = D P S 1-cos 1-cos A = B 1/tan(a/2) sin.cos cos2 = D L K
Aristo 958 Geodat 400g
PHOTO		 25 cm
d π
 ctg T ST DF = CF CIF CI C = D P S C 1-cos 1-cos A = B 1/tan(a/2) sin.cos cos2 = D L K
Aristo 0958 Geodat 360o
PHOTO		 25 cm
π p" p'
 1-cos 1-cos A = B 1/tan(a/2) sin.cos cos2 = D L K
Aristo 0958 Geodat 400g
PHOTO		 25 cm
π d
 ST T1 T2 DF = CF CIF CI C = D P S C 1-cos 1-cos A = B 1/tan(a/2) sin.cos cos2 = D L K
Aristo 1023 Tachymeter System Werner 360o 50 cm
Aristo 1023 Tachymeter System Werner 400g 50 cm
Aristo 10065 System Gruter
PHOTO		 25 cm
π e
 T ST DF = 5 diffent slides C = D ST S K A = B 5 different slides = D L
Barr and Stroud Inclinometer Survey
PHOTO		 Cylinder
Boykin 510 Rotarule
PHOTO		 ⌀ 13 cm
π
 L B CT T ST sin x cos S CIF CI C D A K LL03 LL02 LL01 LL1 LL2 Ll3 C50 V1 V2 DLL D50
Boykin 560 Rotarule
PHOTO		 ⌀ 13 cm
π
 L B CT T ST sin x cos S CIF CI C D A K LL03 LL02 LL01 LL1 LL2 Ll3 C50 V1 V2 DLL D50
Cox's Stadia by Gurley
PHOTO
C-thru Stadia
PHOTO
Dempster Rotarule
PHOTO		 ⌀ 13 cm
π
 L B CT T ST sin x cos S CIF CI C D A K LL03 LL02 LL01 LL1 LL2 Ll3 C50 V1 V2 DLL D50
Dietzgen 187 Surveying
Diwa 231 Topographical 360o.
Diwa 241 Topographical 400g.
Faber-Castell 1/38 360o
PHOTO		 25 cm
π p' C1 M
 cm / L A = B CI C = D P = S T = 1-cos2 sin.cos cos2 =
Faber-Castell 1/38 400g
PHOTO		 25 cm
π p' C1 M
 cm / L A = B CI C = D P \ S T = 1-cos2 sin.cos cos2 =
Faber-Castell 4/38
PHOTO		 50 cm
 cm / L A = B CI C = D P = 1-cos2 sin.cos cos2 =
Faber-Castell 67/38
PHOTO		 12.5 cm
π C C1 d
 cm / L A = B CI C = D P S T = 1-cos2 sin.cos cos2 =
Faber-Castell 111/38 Stadia 360o
PHOTO		 25 cm
π C C1 d
 L A = B CI C = D P = S T = 1-cos2 sin.cos cos2 =
Faber-Castell 111/38 Tachymeter 400g
PHOTO		 25 cm
π C C1 d
 cm / L A = B CI C = D P = S T = 1-cos2 sin.cos cos2 =
Fowler Pocket Watch
Fullerton Acudial 1499 Stadia
D = S cos2 D = C S T ST L
Graphoplex 630 Geometre 400g.
PHOTO		 28 cm
π C p" d π*√(2)
 cm / L K A = sin x cos cos2 ST A = B C CI
Graphoplex 670 Geo-Polytechnique
PHOTO		 30 cm
π p' p"
T sec-1 √(1 + φ2) AI A = B √(1-y2) L K CF C = D DI ST S = B 1-√(1-y2) √(1+φs)-1 sin x cos cos2 & sin x cos =
Hemmi 91
PHOTO 		27 cm
π C C1 p" p'
 cm / L C = sin x cos cos2 C = D A \ K = S ST T =
Hemmi 92
PHOTO 		27 cm
π C C1 p" p'
 cm / L C = sin x cos cos2 C = D A = S ST T =
Hemmi 93
PHOTO 		27 cm
π C C1 p" p'
 cm / L C = sin x cos cos2 C = D A = S ST T =
Hemmi 96
PHOTO 		27 cm
π C C1 p" p'
 cm / L C = sin x cos cos2 C = D A = S ST T =
Hemmi 190 Precision Stadia
PHOTO 		27 cm
π C C1 p" p'
 cm / K A = B R2 R1 C = D DI \ L = SI2, SCI2, SI1, SCI1 =
Hemmi 254W-S
PHOTO		 27 cm
π C C1 p" p'
 LL/1 LL/2 LL/3 DF = CF CIF CI C = D LL3 LL2 LL1 K A = sin x cos cos2 TI SI C = D DI L
Hemmi 269 Civil Engineering
PHOTO
π C e
 L F K A = B K' CI C = D LL3 LL2 LL1 CL SL M TL = R ST T S C = D DI sin x cos cos2
Hemmi 2690
PHOTO
π C p" p' 4.44
cm / L D = sin x cos cos2 C = D A
Hemmi 1/1
PHOTO
π C C1
 A = B sin x cos cos2 C = D = S L T =
Hemmi 90
PHOTO		 27 cm
π C C1 p" p'
 cm / L C = sin x cos cos2 C = D A \ K = S ST T =
Jakins made by Davis of Derby
Kegelman Bros. KB Stadia Reduction
PHOTO
 H θ V
K&E 1749 -> 4125
PHOTO
K&E 4100
PHOTO		 25 cm
 ins / R = H HC V = A \ cm = C B =
K&E N4100
PHOTO		 25 cm
 ins / R = H HC V = A \ cm = C B =
K&E 4100S 25 cm
 ins / R = H HC V = A \ cm = C B =
K&E N4100S 25 cm
 ins / R = H HC V = A \ cm = C B =
K&E 4101
PHOTO		 50 cm
 ins / R = H HC V = A \ cm = C =
K&E N4101
PHOTO		 50 cm
 ins / R = H HC V = A \ cm = C B =
K&E 4102
PHOTO		 50 cm
 D sin d = Cos l&h C Tan = Tan I Az cm Vert ½Sin2α A = B CI C = D Vert ½Sin2α
K&E N4102
PHOTO		 50 cm
 D sin d = Cos l&h C Tan = Tan I Az cm Vert ½Sin2α A = B CI C = D Vert ½Sin2α
K&E 4105 Webb's Stadia
PHOTO		 38 cm
K&E 4143 Kissam Stadia
PHOTO		 25 cm
 ins / R1 = V1 HC V2 = R2 \ cms = V3 H =
K&E 68-1486 Kissam Stadia 25 cms
 ins / R1 = V1 HC V2 = R2 \ cms = V3 H =
K&E 4168/9068 Doric Surveyor
Kern Stadia
PHOTO		 25 cm
 Sin x Cos, TG, E*R Scales on Body and Angle Scale on Cursor
Kolesch 2713
PHOTO		 25 cm
C π p1
 ins / L A = CI sin x cos A = C \ cm = S ST T =
Lejard Brass Surveyor
PHOTO		 33 cm
 Cos/Sin [ Cot/Tan Nom/Dist ] Prod/Nom
Lietz
PHOTO		 ⌀ 10 cm
 D, sin, cos, sin x cos D, C, S, T1, T2, ST, L
LOGA Calculator A.G.: 75 Praezision 6400 Desktop
PHOTO
π
 A, C = D sin cos tan sin cos tan
Loga Topo 6400
PHOTO
π
 A, C = D sin x cos sin x cos AI , S, T, ST
System Matthijessen 170 50 cm
Moinot's Stadia Rule ** Same as Tavernier Gravet?
PHOTO		 43 cm
 D, S, S, C, D L, D, T1, T2, L, sin2
Morin Stadia 400g.
PHOTO
 C = T, cotan, S, sin2, D
Nestler 9a Tachymeter 40 cm
Nestler 28 Universal 400g Stadia
PHOTO		 27 cm
π C 4.44 p"
 L D = Cos2 Sin x Cos C = B \ K A = S ST T =
Nestler 28 Universal 360o Stadia
PHOTO		 27 cm
π C 4.44 p"
 L D = Cos2 Sin x Cos C = B \ K A = S ST T =
Nestler 28a Desktop Stadia Universal Topography 400g Stadia
PHOTO		 50 cm
π C 4.44 p"
 cm / L C = Sin x Cos Cos2 C = D A = S ST T =
Nestler 0280 Geometer360o
PHOTO		 25 cm
π C p" p' 4.44 d
 cm / L C = sin x cos cos2 = D A = S ST T
Nestler 0281 Geometer 400g
PHOTO		 25 cm
π C 4.44a p"
 cm / L C = sin x cos cos2 C = K AI = S ST T =
Nestler 285 Geometer 360o 50 cm
Nestler 286 Geometer 400g 50 cm
Pickett 110-ES
PHOTO		 ⌀ 12.8cm
π e p" p' M le
 E1 (2 scales) B CI C = D A K LL0 LL1 LL2 LL3 = C (spiral) D V2 V1 = D (spiral) G T S T S ST L
J.RABONE and SONS 'Vulcan' Boxwood Surveyor's Rule and Brass Slide Rule
PHOTO
Reiss 1145 System Seiffert Surveying Slide Rule
PHOTO		 35 cm
Richer tachymetrical
Ross Meridiograph Surveying
PHOTO		 ⌀ 17.4 cm
Shanghai Flying Fish 1005 "Universal" Stadia
PHOTO
π p" 1/p" p' 1/p' le R d
 K AI A = B T ST S C = D DI P Ln-1 Ln0 Ln1 A = B 1-cosα ½sin2α = D lg 1/60 1/360
Stanley Fuller Bakwell Stadia Type 3
PHOTO
 Inner cylinder has two logarithmic scales, one giving cos2 and the second sin x cos
Tavernier Gravet ECLIMETRE du Colonel GOULIER
PHOTO		 31.7cm
 See images
Tavernier Gravet Sanguet
Tavernier Gravet Bosramier
Tavernier Gravet Stadia Eclimetre de Goulier
PHOTO		 16.5 cm calculating scales
 Special Col. Goulier "Stadia" scales Upper and lower beveled edges: Special map measuring scales
W&G 454 "Dual-Face" Survey
PHOTO		 25 cm
π
 L A = B CI C = D K S C = S ST = Range Tan Cot
W&G 476 "Dual-Face" Trigonometrical (Stadia)
PHOTO
π C p' p"
 Stadia V H Versine Chord A = B CI = D T LL3 L A = B CI C = D K LL2
Unknown
PHOTO		 ⌀ 39.3 cm
 L (grados cent.) DF D = cos2 T T0 S S0 ST00 ST000 C Constantes sexagesimal degrees.
Unknown
PHOTO		 40.3 cm
 (declinograph) = (declinograph), (angular length), sin.cos-cos2 = D (Numbers), A (Squares) = S (sin, cos), T (Tang), C (Numbers) =
Unknown
PHOTO		 40.3 cm
 (declinograph) = (declinograph), (angular length), cos2 - sin.cos = D (Numbers), A (Squares) = S (sin, cos), T (Tang), C (Numbers) =
Unknown
PHOTO		 44.0 cm
 L (Logarithms) (declinograph) = (declinograph), (angular length), cos2 - sin.cos = D (Numbers), A (Squares) = S (sin, cos), T (Tang), C (Numbers) =