logo
The legacy of York County's stop on the underground railroad

The legacy of York County's stop on the underground railroad

Yahoo18-02-2025

YORK COUNTY, Pa. (WHTM)– An important stop of the underground railroad was right here in the Midstate.
William Goodridge, the station master of the Goodridge Freedom Center, was a black man who became one of the most successful businessmen in York. He and his family lived at the Freedom Center, which is now a piece of American history.
Goodridge was born into slavery, sent to York when he was six and freed as a teen. Once free, Goodridge trained to become a barber.
Kelly Summerford, Director of the William Goodridge Freedom Center and Underground Railroad Museum, said Goodridge turned a one-chair barbershop into York's tallest and most important emporium.
'We are not a museum of gallery. We are a museum of transformation. We tell the stories,' Summerford said. And Goodridge's story is a remarkable one.
'What makes that unique is the fact a person born, enslaved, coming to York County and able to establish himself. York County would probably have been one of the most using the vernacular of the day racist counties in the Commonwealth,' he said.
Goodridge took his success and helped slaves escape, using his home to house those fleeing the South.
'I think we're about eight miles from the Mason-Dixon Line, you know, which represented enslavement to freedom. So just relative, relative relatively easily, just having a stop so close, you know, was quite important and. Sure, quite dangerous,' Summerford said.
Today, she gives guided tours through the house. Summerford said some of the guests come fall on their knees and start praying, especially in one specific room.
The room, which would have been a kitchen, housed a trap door that would hide escapees. A special viewing window gives guests a glimpse at the conditions escaped slaves had to endure.
'He absolutely was a hero,' Summerford said. But that's not the end of William Goodridge's legacy.
'His sons were some of the first black photographers in the world. And we're standing on this in the second floor, which we dedicate to Glenalvin Goodridge and his brothers, William and Wallace,' Alison Renner said.
Glenalvin Goodridge was a pioneer in photography.
'Basically, his importance lies in how early it is. This is a very emerging genre and not that many people have had their portraits, actually,' Goodridge added. 'They've had them painted, but they haven't had them photographed. And so he's taking photographs of some of the most important people in York.'
While he took many of the photos that now remain in the Freedom Center, there are no photos of him.
'While it seems easy from the outside, the reality of it was because of his position in York as a prominent black man and moneyed prominent black man, he was targeted,' she said.
And that's the real lesson of the Goodridge's. Despite the cruelty of the era, they found a way to make a difference through talent, determination, and courage.
Learn more about the Goodridge Freed Center online.
Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Chief Joseph:  Servant-Leader and Guardian of His People
Chief Joseph:  Servant-Leader and Guardian of His People

Epoch Times

timean hour ago

  • Epoch Times

Chief Joseph:  Servant-Leader and Guardian of His People

Throughout the summer of 1877, a band of the Nez Perce tribe engaged in a 1,170 mil e-lo ng flight and running battle with forces of the U.S. Army. Driven from their homeland in the Wallowa Valley of northeastern Oregon Territory, and led by several chiefs, they fled across the Idaho T erritory. Men, women, children, and horses, crossed int o Montana as they sought escape across the Canadian border. Exhausted and hungry, and their numbers diminished by pitched battles, they made a final stand in the Bear Paw Mountains. They were still in Montana—only 40 miles from Canada. The American public followed this exodus through the newspapers of the day. Readers reacted differently to this war between U.S. troopers and Indians than to other conflicts fought in the Great Plains over the previous 40 years. Many Americans, including members of Congress and the soldiers engaged in these battles, came to admire the Nez Perce for their endurance, bravery, and humanity.

An ally took control of live bombs dropped by US Air Force planes. That's never been done before.
An ally took control of live bombs dropped by US Air Force planes. That's never been done before.

Business Insider

time3 hours ago

  • Business Insider

An ally took control of live bombs dropped by US Air Force planes. That's never been done before.

The US Air Force recently allowed another country to take control of American bombs in flight for the first time, with F-15 Strike Eagle pilots passing control of their glide bombs over to Norwegian forces. The Norwegian Armed Forces announced the successful weapons test last week, describing it as a test of networked weapons, "weapons you can communicate with after they're fired," that delivered a "groundbreaking" result. "For the first time, the Americans have allowed another country to take control of an American bomb on its way to the target," the armed forces said. The Norwegians said that two US Air Force F-15E fighter jets flew toward Norway's coast with two American GBU-53/B glide bombs in the exercise, called Jotun Strike. Using data provided by various sensors, including those on a deployed P-8 maritime patrol aircraft, Norwegian soldiers took control of the bombs when they dropped and used a network to direct them toward targets they had selected. With the data support, the soldiers adjusted the bomb's course. Chief of the Norwegian Armed Forces' Operational Headquarters, Vice Adm. Rune Andersen, called the result of the test key to Norway maintaining a "technological lead." He added that the test highlighted the "good relationship" between the US and Norway, saying that the test was "based on a high degree of trust and integration between close allies." Capt. Brett Stell, from the 494th Fighter Squadron, US Air Force, explained that the recent exercise was "a demonstration of what warfighting looks like in the future." It proved that "a weapon launched from a US platform can be guided by a Norwegian sensor across domains and distances," he said, adding that "this level of integration shows our shared ability to conduct complex, network-enabled engagements-even in contested environments." The unprecedented exercise was not just about Europe, "it's about homeland defense forward," Stell said. "Threats to the US can originate beyond the Western Hemisphere, and our forward capabilities in the European theater are essential for early warning, rapid response, and deterrence," he said, explaining that "exercises like Jotun Strike make our collective force more lethal, more integrated, and ready to fight and win together." A new kind of weapons test Network-enabled weapons are ones that can be guided and redirected as they fly using communications networks. The armed forces said that "via a built-in radio transmitter, military personnel can communicate with the weapon after it has been fired, change its course, change the target it is going to attack, and await or abort an attack. All based on updates they receive in real time." The concept tested last month was developed in Norway with Norwegian industry, the armed forces said. Specifically, the Norwegian Battle Lab & Experimentation had been working on its concept for network weapons since 2019, with a 2025 deadline. NOBLE is a group in the Norwegian Armed Forces that is affiliated with the operational headquarters and tasked with concept development and experimentation for the military. Its network weapons concept had only previously been tested in simulations, and Col. Roger Samuelsen, the head of NOBLE, said "this was the big test." He said that "it was fantastic that this worked." "It is the first time this weapon has been released in a live version. And it was also the first time someone from the Norwegian Armed Forces tested a live network weapon." The test took place on May 14 at Andøya, a large island in Norway's northwest. The system had already been tested in the US against other simulators, Samuelsen said. He said Norway was repeatedly told it was ahead of others on this technology and that he believed that was why the US wanted to provide weapons and planes for this test. He added that he was "very excited to see if the software we have developed would work as intended, even though we have done all the preparations and tests that were possible in advance." He said the outcome means Norway "now can both plan, lead, coordinate and carry out an engagement with network weapons." Network weapons can get real-time data from external sensors, making them more likely to hit their targets. And they can be made to change course after they are fired. The Norwegian Armed Forces said the network weapons have "increased range and safety" since they don't need to see the target. Instead, they can be launched from further away and controlled, so they "can be fired at a safe distance without the platform supplying the weapon having to expose itself." It also means the target can be changed depending on what's happening and what the military wants to hit. The technology is key for Norway, a smaller country that needs to use its resources efficiently and make the most of recent acquisitions like the P-8 and F-35 fighter jets, but there's also interest from allies. Samuelsen said that people who work in "concept development in NATO have already shown interest in the Norwegian concept." And he said allies are interested in the control software that it has developed with Norwegian software company Teleplan. "There are not many nations that have this weapon or the technology within reach," the armed forces said.

Pictures Show US Minuteman III Nuclear-Capable Missile Hardware in Depot
Pictures Show US Minuteman III Nuclear-Capable Missile Hardware in Depot

Newsweek

time3 hours ago

  • Newsweek

Pictures Show US Minuteman III Nuclear-Capable Missile Hardware in Depot

Based on facts, either observed and verified firsthand by the reporter, or reported and verified from knowledgeable sources. Newsweek AI is in beta. Translations may contain inaccuracies—please refer to the original content. Officially released photos show special weapons system mechanics conducting maintenance on nuclear-capable Minuteman III intercontinental ballistic missile (ICBMs) boosters. This comes after U.S. Air Force Global Strike Command test-fired an unarmed Minuteman III missile from California on May 21. The missile traveled 4,200 miles across the Pacific Ocean to a test site in the Marshall Islands, demonstrating America's nuclear deterrent capability. Why It Matters The American ICBM force, consisting of 400 armed Minuteman III missiles deployed in silos and ready to execute nuclear strike missions, forms part of the country's nuclear triad, alongside ballistic missile-armed submarines and nuclear-armed bombers and fighter jets. The Minuteman III fleet, which has been on alert since 1970, has an official stated range of "6,000-plus" miles. Each missile is equipped with a single nuclear warhead, according to the Federation of American Scientists, but is capable of carrying two or three if necessary. The U.S. Air Force is replacing the decades-old Minuteman III missile system with the next-generation Sentinel ICBM on a one-for-one basis. The new system is expected to provide a "safe, secure, and effective" land-based leg of the nuclear triad through 2075. What To Know Hill Air Force Base in Utah released photos on Wednesday showing Minuteman III missile boosters undergoing maintenance at the base on Monday. The work was carried out by mechanics from the 582nd Missile Maintenance Squadron, according to photo captions. Minuteman III intercontinental ballistic missile boosters undergo maintenance at Hill Air Force Base in Utah on June 2, 2025. Minuteman III intercontinental ballistic missile boosters undergo maintenance at Hill Air Force Base in Utah on June 2, 2025. R. Nial Bradshaw/U.S. Air Force The base plays a central role in supporting the ICBM force by providing "programmed depot maintenance," one of the photo captions reads. The 582nd Missile Maintenance Squadron is responsible for maintenance, repair, overhaul, and modification of the Minuteman III fleet. Programmed depot maintenance is defined as the "inspection and correction of defects that require skills, equipment, or facilities not normally possessed by operating locations." Minuteman III missiles are deployed in silos across Colorado, Montana, Nebraska, North Dakota and Wyoming. They are assigned to three operational units known as missile wings. The Minuteman III missile features a three-stage booster design that propels it from its silo into space to release its nuclear warheads. Each booster stage separates and falls away sequentially after burning out, the Center for Arms Control and Non-Proliferation explained. The 582nd Missile Maintenance Squadron is also part of the 309th Missile Maintenance Group, a unit that provides storage for Minuteman III boosters and performs static firing and depot-level maintenance for the ICBM fleet, according to the website of Hill Air Force Base. Mechanics perform maintenance on a Minuteman III intercontinental ballistic missile booster at Hill Air Force Base in Utah on June 2, 2025. Mechanics perform maintenance on a Minuteman III intercontinental ballistic missile booster at Hill Air Force Base in Utah on June 2, 2025. R. Nial Bradshaw/U.S. Air Force What People Are Saying The U.S. Air Force said in a fact sheet on the Minuteman III missile: "Missiles are dispersed in hardened silos to protect against attack and connected to an underground launch control center through a system of hardened cables. Launch crews, consisting of two officers, perform around-the-clock alert in the launch control center." The Federation of American Scientists commented in its report on U.S. nuclear weapons on January 13: "Although the Minuteman III was initially deployed in 1970, it has been modernized several times, including in 2015, when the missiles completed a multibillion-dollar, decade-long modernization program to extend their service life until 2030." What Happens Next It remains to be seen when the U.S. will conduct its next test launch of the Minuteman III ICBM. In April, a simulated electronic launch was conducted at a base in Nebraska.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store