# _embedded.items[].volume
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].longMessages[]
should have 3 parts- Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].publicNotes[]
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].volume
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].longMessages[]
should have 3 parts- Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].publicNotes[]
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].volume
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].longMessages[]
3 parts: Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].publicNotes[]
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].volume
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].longMessages[]
3 parts- Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].publicNotes[]
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].volume
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].longMessages[]
3 parts- Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].publicNotes[]
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].volume
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].longMessages[]
3parts: Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].publicNotes[]
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].volume
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].longMessages[]
3 parts: Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].publicNotes[]
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].volume
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].longMessages[]
3 parts: Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].publicNotes[]
Reflective IR Sensor with 470 and 10K Resistors

# _embedded.items[].volume
Solid Carbide Upcut Fish Tail Spiral Bits 1/16" 30423-01

# _embedded.items[].longMessages[]
Please note that these bits are solid carbide but are super sharp and brittle – they may break more easily than most end mills while milling, or if dropped.

# _embedded.items[].internalNotes[]
x These fishtail bits are great for fine detail and inlays. The upcut tip design creates a cleaner edge on the backside of the sheet when cutting through materials. The flute design works well with high speed spindles and high feedrates.  Upcut bits work especially well on materials that can melt when heated, like plastics.  Please note that these bits are solid carbide but are super sharp and brittle – they may break more easily than most end mills while milling, or if dropped. 

# _embedded.items[].internalNotes[]
 Best for Cutting  Corian, plastic, linoleum, aluminum (1/8 in only)

# _embedded.items[].volume
Solid Carbide Upcut Fish Tail Spiral Bits 1/32 " 30423-03

# _embedded.items[].longMessages[]
Please note that these bits are solid carbide but are super sharp and brittle – they may break more easily than most end mills while milling, or if dropped. 

# _embedded.items[].internalNotes[]
Best for Cutting  Corian, plastic, linoleum, aluminum (1/8 in only)

# _embedded.items[].internalNotes[]
These fishtail bits are great for fine detail and inlays. The upcut tip design creates a cleaner edge on the backside of the sheet when cutting through materials. The flute design works well with high speed spindles and high feedrates.  Upcut bits work especially well on materials that can melt when heated, like plastics.  Please note that these bits are solid carbide but are super sharp and brittle – they may break more easily than most end mills while milling, or if dropped.

# _embedded.items[].parentBibTitle
Vernier engineering projects with Lego Mindstroms Education EV3.