View kvDc Time DistanceFoot P3 DP

LatOblique55" DV

80 kv78 kV72 kV72 kV

.07 sec

.06 sec

.06 sec

.06 sec

60 cm60 cm60 cm60 cm

Navicular DPLat55" DVFlexor

78 kV78 kV80 kv80 kv

.09 sec

.06 sec

.1 1 sec

.08 sec

60 cm60 cm60 cm60 cm

Fetlock DPLatObliqueFlexed Lat

80 kv78 kV78 kV78 kV

.07 sec

.06 sec

.06 sec

.06 sec

60 cm60 cm60 cm60 cm

Splint Bones DPLatOblique

80 kv78 kV76 kV

.07 sec

.06 sec

.05 sec

60 cm60 cm60 cm

Carpus DPLatObliqueSkylineFlexed Lat

80 kv78 kV78 kV78 kV78 kV

.07 sec

.06 sec

.06 sec

.06 sec

.06 sec

60 cm60 cm60 cm60 cm60 cm

Hock DPLatOblique

80 kv80 kv80 kv

.09 sec

.08 sec

.08 sec

60 cm60 cm60 cm

LatObliqueccSkyline

80 kv80 kv80 kv80 kv

.1 2 sec

.1 2 sec

.32 sec

.12 sec

60 cm60 cm60 cm60 cm

Skull LatOblique

80 kv80 kv

.08 sec

.08 sec60 cm60 cm

Elbow DPLat

80 kv80 kv

.1 8 sec

.12 sec60 cm60 cm

Radius DPLatOblique

80 kv78 kV78 kV

.07 sec

.06 sec

.06 sec

Developed atNew Bolton CenterSchool of Veterinary MedicineLarge Animal DepartmentU niversity of Pennsylvania

60 cm60 cm60 cm

*Techniques based on a 1,000 lb. horse utilizing Fuji medium screens with Fuji HRG film. Relative speed = 200.' Distance as specified. These are recommended starting techniques. Final results depend upon many factors.

Therefore, if films are too dark (overexposed), decrease time. If films are too light (underexposed), increase time.

ry*eMedicine