GrizzlyStik Momentum TDT® 240 Carbon Shafts
The .375 H&H of Bowhunting
For 60# - 80# Bows
(Depending on arrow length and point slug weight.)
For 60# - 80# Bows
(Depending on arrow length and point slug weight.)
Introducing the new GrizzlyStik Momentum TDT arrows by Victory Archery - Thin Diameter Tapered carbon arrows!
Our best arrows ever!
Thin diameter - thick walled - full length tapered arrows: The ultimate in; strength, accuracy, penetration, and trajectory.
Momentum TDT 240 Specifications:
Static Spine: .240"
Straightness Tolerance: +/- .003"
Weight Tolerance - 6-pack: +/- 1 grain
Weight: Full length bare shaft ~ 357 grains
Profile: Continuous .001"/inch taper
Internal Diameter: .204"
External Diameter Point End @ 30.5": .293"
External Diameter Nock End @ .5": .262"
External Diameter Insert Tip: .347"
Material: Woven Micro-Carbon
Insert Weight: Approx. 70 grains
Nock Weight: Approx. 7 grains
Straightness Tolerance: +/- .003"
Weight Tolerance - 6-pack: +/- 1 grain
Weight: Full length bare shaft ~ 357 grains
Profile: Continuous .001"/inch taper
Internal Diameter: .204"
External Diameter Point End @ 30.5": .293"
External Diameter Nock End @ .5": .262"
External Diameter Insert Tip: .347"
Material: Woven Micro-Carbon
Insert Weight: Approx. 70 grains
Nock Weight: Approx. 7 grains
Qty Per Package: Six (6)
Custom Option Specs
Bohning A Nock: Approx. 7 grains
Bohning 2" Blazer: Approx 6 grain each
Bohning Shield Cut 1.75" X-Vane: Approx 3.5 grain each
Gateway 2" Rayzr Feather: Approx 1.5 grain each
Gateway 4" Shield Cut Feather: Approx 3 grain each
Bohning Wraps: Approx 5 grains
Cut Length BOP:
Measure from the BASE OF THE POINT (BOP) to the valley of the nock (where the string pushes) to determine your cut length.
When determining the amount of brass required reference the chart below
Can't make up your mind? Not sure if you'll be comfortable with the build your considering? Why not try a Test Pack - Click Here
Need help figuring out what might work best for you? Fill out the Arrow Build Assistance form and we'll help walk you through the build process - Click Here
