How to get from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute by bus?
From W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute by bus
Take one direct bus from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute in Tallahassee: take the UIN bus from N Lake Bradford Rd at Jackson Bluff Rd Sb station to Pottsdamer St at College Of Engineering Nb station. The total trip duration for this route is approximately 23 min. The ride fare is $0.00. The bus schedule from W Gaines St at S Woodward Ave Eb may change. We recommend you check the updated bus schedule to High Performance Materials Research Institute on the Moovit app.
Step by Step
- 1Walk to bus stationN Lake Bradford Rd at Jackson Bluff Rd SbID 176410 yd • 5 min
- 2Wait for busUINIn - Innovation - Loop
- 3Ride to bus stationPottsdamer St at College Of Engineering NbID 22198 min
- 4Walk toHigh Performance Materials Research InstituteLevy Avenue860 yd • 10 min
Public transit directions from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute
Bus schedule from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute
Related Routes
- W Jefferson St at S Macomb St Eb to High Performance Materials Research Institute
- S Boulevard St at Wertheim Center to High Performance Materials Research Institute
- Tallahassee (Ck Steele Bus Plaza) to High Performance Materials Research Institute
- C.K. Steele Plaza Gate 16 to High Performance Materials Research Institute
- S Macomb St at W College Ave Sb to High Performance Materials Research Institute
- C.K. Steele Plaza Gate 7 to High Performance Materials Research Institute
- Apalachee Pkwy at Sutor Rd to High Performance Materials Research Institute
- C.K. Steele Plaza Gate 1 to High Performance Materials Research Institute
- E Park Ave at Victory Garden Dr Eb to High Performance Materials Research Institute
- Ridgeway St at Dale St Eb to High Performance Materials Research Institute
- W Call St at Chapel Dr Eb to High Performance Materials Research Institute
- W Call St at Conradi St Eb to High Performance Materials Research Institute
- Old St Augustine Rd at S Blair Stone Rd Wb to High Performance Materials Research Institute
- N Macomb St at W Call St Sb to High Performance Materials Research Institute
- Executive Center Dr at Apalachee Pkwy Nb to High Performance Materials Research Institute
- Capital Cir NW at Commonwealth Blvd to High Performance Materials Research Institute
- E Lafayette St at Suwannee St Eb to High Performance Materials Research Institute
- Grady Rd at Thomas Rd Eb to High Performance Materials Research Institute
- White Dr at San Luis Dr Nb to High Performance Materials Research Institute
- Killearn Center Blvd at Village Square Blvd Eb to High Performance Materials Research Institute
Questions & Answers
What is the fastest way to get from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute?
The fastest way takes 23 minutes, using Bus line UIN.
Is there a direct bus between W Gaines St at S Woodward Ave Eb and High Performance Materials Research Institute in Tallahassee?
Yes, there is a direct bus going from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute in Tallahassee in 23 min.
Which bus line goes from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute in Tallahassee?
The UIN bus line goes from N Lake Bradford Rd at Jackson Bluff Rd Sb station near W Gaines St at S Woodward Ave Eb to Pottsdamer St at College Of Engineering Nb station near High Performance Materials Research Institute in Tallahassee.
How long does it take to travel from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute in Tallahassee by bus?
The total travel time between W Gaines St at S Woodward Ave Eb and High Performance Materials Research Institute in Tallahassee by bus is about 23 min.
Where do I get on the bus near W Gaines St at S Woodward Ave Eb to get to High Performance Materials Research Institute in Tallahassee?
Get on the UIN bus from the N Lake Bradford Rd at Jackson Bluff Rd Sb stop near W Gaines St at S Woodward Ave Eb in Tallahassee.
Where do I get off the bus when travelling between W Gaines St at S Woodward Ave Eb and High Performance Materials Research Institute in Tallahassee?
Get off the bus at the Pottsdamer St at College Of Engineering Nb stop, which is closest to High Performance Materials Research Institute in Tallahassee.
How much is the bus fare from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute?
The ride from W Gaines St at S Woodward Ave Eb to High Performance Materials Research Institute costs $0.00.
Popular Routes
- Jim Lee Road at Rickards High School to Florida A&M University
- Thomasville Road And Woodgate Way to Innovation Park
- N Blountstown Highway And Carriage Manor Circle to Florida A&M University
- W Jefferson St at Lorene Wb to High Performance Materials Research Institute
- Velda Dairy And Tredington Park Dr to Innovation Park
- Capital Circle NE And Pedlers Alley to Florida A&M University
- 1313 Blairstone Rd to Florida A&M University
- W Tennessee Street And Pat Thomas Boulevard to FAMU Al Lawson Jr Multipurpose Center
- Magnolia Drive And Governors Square Boulevard to Innovation Park
- W Tennessee St at High Road Wb to Florida A&M University
- C.K. Steele Plaza Gate 20 to Innovation Park
- W Pensacola Street And Appleyard Drive to High Performance Materials Research Institute
- Conner Boulevard at Pedestrian Bridge to Innovation Park
- Killearn Center Boulevard And Capital Circle NE to Innovation Park
- W Tennessee Street And Pat Thomas Boulevard to Tallahassee Memorial Cancer Center
- C.K. Steele Plaza Gate 20 to Tallahassee Memorial M.t. Mustian Center
- N Monroe Street And Lakeshore Drive to High Performance Materials Research Institute
- 2600 Blair Stone Road to Innovation Park
- S Copeland St W St Augustine St to Florida A&M University
- Thomasville Road And Royal Oaks Drive to High Performance Materials Research Institute